Solar panels are an ingenious way of reducing expenses on energy bills. They are an eco-friendly, green alternative to conventional energy sources, and can help reduce your carbon footprint. In recent times, rooftop solar panels have become popular with all kinds of consumers, thanks to their easy availability and diminishing costs. However, a serious issue that many consumers face during the installation process relates to roofing problems. Many times, the roofs of the buildings are damaged or aging. As such, they are simply not strong enough to bear the burden of the new solar system.
In this article, we will discuss the challenges related to roofing during the installation of a solar PV system. We will also offer solutions to these problems. Going through this article thoroughly would reveal whether you should replace your roof before installing solar panels.
While researching on solar panels, you get to know about different brands of solar panels, the components used in a solar PV system, etc. But very often, the research articles tend to overlook the question of roofing. However, your roof is one of the most essential components of your solar PV system.
This is because the roof of any building receives the maximum sunlight. Some homeowners might choose to install their solar panels on the ground, but that would require a lot of space. Certainly, most people would not like to waste the limited space available for the garden and the lawn around their house by setting up solar panels. As such, the roof of the house is the best place to install solar panels.
People often fail to realise that their roof is not simply a collection of tiles or shingles attached to the top of their house. Instead, it is a complex system that comprises the following things: Roof truss, decking, frame, water barrier, insulation, decking, shingles or tiles. The damage in any of these layers can weaken the structure of the entire roof, thus, making it unfit for installing solar panels. So, how do you know that your roof is not all okay? We shall discuss it in the next section.
The following are some of the common types of roof damage:
Loose or broken tiles is a kind of damage, which can be observed with the naked eye. You can use a ladder to visually inspect your roof and see if there are any loose or broken tiles or shingles.
As your roof gets older, exposure to constant sunlight, rain, hail and snow will wear out many of its components, making it more fragile. Such damages include shingle granules, rust, and bare shingles.
Water damage is one of the biggest concerns for any roof. The moisture retained by the concrete can seriously affect the structural integrity of the roof. Water damage usually follows a broken component of any roof, such as worn out swalants, torn underlayments, etc.
If your roof does not have a proper angled design, rainwater logging will take place. Usually, roofs are designed to efficiently shunt water off its surface. Thus, if you notice standing water on your roof, it is an indication that there is something wrong.
Cracks and punctures are one of the most serious forms of rooftop damages, and if there are any visible cracks on your roof, you must get it repaired as soon as possible.
Structural damages happen only on rare occasions, and they are prone to collapse. Therefore, issues of structural damages must be addressed immediately.
If you notice any of these things, there is a possibility that your roof requires repairs before you can install solar panels.
Even if there are no visible damages, it does not mean that your roof is fit for installation of solar panels. An important thing to factor in is the age of the roof. An old roof can be fragile and prone to damage. It might not be fit for the installation of solar panels. The factors that can impact the lifespan of your roof include its materials, the climatic conditions of your area, and how well you maintain it.
In the villages, particularly in areas which experience hot and dry weather conditions throughout the year, roofs made of clay tiles are common, and they can last for a very long period of time. They tend to have a lifespan of about 50 years. Slate and copper roofs can also last for nearly 50 years. Wooden shake roofs, on the other hand, tend to last for about 30 years, offering a slightly lesser lifespan than the clay tile roofs. And finally, we have the roofs made of cement shingles, which tend to last for more than 20 years, without much repairs. If there are noticeable damages on your roof and you have not fixed them over time, the lifespan of the roof may be cut short. Thus, it is important to undertake regular repair works.
It can be really dangerous to install solar panels on a roof which has gone past its lifespan. This is because worn-out components can make the tiles more vulnerable to cracking. The underlayment, too, becomes much more vulnerable to wear and tear. An old roof will not be able to support heavy solar panels. It will not hold up well to drilling, installing, or racking. Many older roofs were simply not designed to handle the heavy weight of solar panels.
Thus, before you contact a certified solar PV installer to install a solar PV system, make sure that your roof is not very old. Go through the house building plan carefully and talk to the installer about the specifications of your home roof. If your roof is nearing the end of its lifespan, it is advisable to get it properly repaired or replaced, before moving ahead with the installation of solar panels.
It is true that repairing and especially, replacing the roof of your house is not an inexpensive thing to do. You will have to spend a huge chunk of money on buying and installing solar panels, and roof repairs will only add on to these costs. However, repairing or replacing the roof may be the right thing to do, even if it pushes costs up or delays installation of a solar PV system. The good thing is that today, due to a number of policies devised by governments and authorities at various levels, one gets a heavy amount of subsidy on installation of a solar PV system. In fact, banks, nowadays, offer loans for solar PV systems as a part of home improvement loans. Such initiatives can heavily reduce the burden on your pocket, and can leave you with enough incentives to undertake a repair of your rooftop before installing solar panels. The stronger and better the roof, the longer and more efficiently the solar panels can work.
If you decide to install solar panels on a fragile roof to cut costs, you will have to address a lot of problems in the future. You will have to remove your solar panels all over again, get your roof redone, and install them again. In this way, the costs are only going to escalate in the long run. Thus, paying for roof repairs before installing the panels, in the first place, will save you a lot of money and lots of headaches.
In addition, the roof of any building plays an important role in insulating the building. A poorly insulated roof, suffering wear and tear, can make the house extremely cold in the winters, and extremely hot in the summers. Thus, it will require you to use air conditioners and heaters more often, meaning that you cannot entirely depend on your solar PV system for meeting your household’s energy demand. A new roof can make your house energy efficient, and you can use smaller and more affordable solar panels to power your home.
Besides, a new roof will increase the appeal of your house and increase its value, which is very important if you are planning to sell your house in the future.
In this article, thus, we discussed the importance of getting your roof repaired or replaced before the installation of solar panels. We listed down all the important reasons for doing so and also, how you can identify roof damage in the first place. In our opinion, you should look for an installer which performs roof repair/replacement and solar PV installation at the same time. By contracting the two activities out to a single agency, you can actually bring down costs.
As the threat of climate change is getting wider recognition at different levels, the transition to renewable energy sources is happening at a much faster pace than ever before. One of the most widely used renewable energy sources is solar energy.
Apart from powering houses and offices using solar PV modules, solar energy is also effective as an outdoor lighting solution. In this article, we are going to talk about one such lighting solution, namely, solar street lights.
Traditional street lights use electricity generated using conventional sources to function. Although new, energy friendly technologies such as LED bulbs, have made street lights more environment friendly, they have not ended their reliance on conventional energy. Solar street lights, on the other hand, are fitted with solar panels and batteries, and it uses energy trapped from sunlight to function. In this way, it ends dependency on conventional energy sources, leading to drastic cuts in terms of carbon emissions.
However, choosing a solar street light might be a tricky task. Not only are there too many brands and products to choose from, but they also differ in terms of the specs, features, power ratings, and so forth.
Therefore, in this article, we will help you choose the best solar street light in the market. We will review some of the best solar street lights that are available in India, and also list down all the important factors that one must look for while buying a solar street light.
The Murphy 48W LED solar street light is a durable and superior product and is built to last. The product features a heavy duty aluminum structure that offers high conductivity and stable performance. The aluminium body of this street light is meant to be resistant to corrosion, helping the lamp maintain a long term and stable performance.
In addition, the aluminium cover for the light is built using a high quality prismatic epoxy. It is designed in a way that the fixture remains protected and the heat dissipation process is enhanced. The product also features a highly efficient LED lamp, that helps illuminate the street without any interruptions, even on days when the sunlight reception is low.
Besides, the LED bulb of this solar street light uses a High Lumen technology for providing a comprehensive lighting solution. Not only does it enhance efficiency, but it also adds to the performance of the product. Further, with a low brightness decay, the output can remain 5 times longer than traditional MH and HID bulbs.
Apart from the durability and efficiency that this street light has to offer, it also comes with an IP 65 waterproof rating. This ensures that all the components of this solar street light remains protected against strong rainfall.
It also ensures a great deal of protection against dust and other pollutants, which affect the performance of electrical components. It is a perfect product for use in areas which receive a high degree of rainfall during the year.
Coming to the more technical specifications of this street light, the Murphy 48W LED street light has a high CRI of more than 80 percent. The CCT of the lamp ranges between 6000-6500K and it emits a cool white colour light. Moreover, this street light has a beam angle of 120 degrees, and thus, it can cover a significantly large area of the street. The nominal voltage ranges between 140V-285V.
The available protections on this solar street light includes short circuit, open circuit, under voltage, over voltage protection, alongside a surge protection of up to 6 KV. Murphy also offers a 2 year warranty on this product. All these specs and features make this one of the best solar street lights in India.
This is a 10W LED solar street light, with a 5 V, 9W solar panel, and is meant to deliver excellent performance in illuminating parks, pathways and streets. According to the company, this solar street light has a lifespan of 10 years, which is pretty great, considering its affordable pricing. The product features an automatic on and off feature, with 100 percent brightness in the beginning.
When there is no motion detected, the brightness of the lamp reduces to 15 percent. When motion is detected again, the bulb lights up to offer 100 percent brightness again, before automatically being reduced to 15 percent brightness in the absence of any motion. All of this is done using a Radar Motion sensor, which can detect movement in the radius of 8 metres. In this way, this product offers a high degree of energy efficiency, allowing it to perform even on days with low sunlight reception.
The LED lamp of this street light can illuminate an area of 60 to 80 square metres, which is a significantly large area, considering the low output that this product offers. It comes with a 18000 mAh battery, which has a charging time of 6-8 hours and a lighting time of 10-12 hours. However, note that the battery backup and lighting time depends on sunlight intensity. Thus, these numbers would vary in different areas.
On cloudy days, the lighting hours will be reduced because the battery wouldn’t be fully charged. Moreover, this solar light switches on only when there is no other powerful light source close to it. During installation, also make sure that there is no shade falling on the solar panel of the device (such as shade from branches of trees), as it will significantly affect its performance.
This is an IP 65 rated solar street light, which ensures that it remains protected against water damage. Moreover, it has an anti-corrosion surface, ensuring greater durability and longevity. The installed height of this street light is 3 to 5 metres, and it offers a wide beam angle of 120 degrees. The battery has a lifespan of 4 to 6 years, and you would require to get your battery replaced once its lifespan is over.
Tapetum also offers a one year warranty on this product. However, the warranty is subjected to certain exclusions, such as electrical burn outs, physical damages, or tampering with the product. All these specs and features make this a great product and an excellent street lighting solution.
The Life King 20W solar street light is a superior product, and comes loaded with incredible specs and features. It features a 6V, 10W polycrystalline solar module and a 10000 mAh lithium ion battery. Under bright, sunny conditions, the time required to charge the battery ranges between 6 and 8 hours.
An excellent feature of this street light is that it comes with an optically controlled motion sensor. It can detect movement happening in the area beneath it, and accordingly adjusts the brightness of the lamp. In this way, it saves a lot of energy, allowing the LED lamp to illuminate the ground for a longer duration.
In the beginning, the lamp offers 20 percent brightness. In the first six hours of use, when it detects movement, it lights up to a 100 percent brightness for 20 seconds. After 6 hours, it only lights up to offer 50 percent brightness for 20 seconds when any movement occurs beneath the street light. The sensor can detect movement within a radius of 20 m.
This street light can illuminate an area of 60 to 80 sq. metres. It offers a beam angle of 120 degrees. It is suitable for installation on a pole with a diameter of 50 to 75 mm. In addition to these incredible features, Life King offers a warranty of 2 years on this product. However, a major drawback of this street light is that it does not have an IP rating, although the company claims that it is dust and water resistant.
This is another great solar street light, offered by Sparkel Electricals. It can be operated directly using a 12 V battery, or through a solar charge controller using a solar panel and battery. It can also be used with the help of a 230V AC to 12V DC adapter ranging from 1A to 5A.
One of the most distinguishable features of this solar street light is the lamp used on it. It comes with an original EDISON LED lamp, which can offer a brightness of 2240 Lumes and a colour temperature of 6500 K (Natural White). Moreover, the lamp comes in a pressure die cast housing with toughened glass. The lamp is also placed on an aluminium board, so that there is a better heat dissipation.
In terms of protection, this Sparkel street light offers a Reverse Polarity Protection, which is supplied with a 0.5 metre, dual core wire. The key selling point of this product is its waterproofing. It comes with IP66 waterproofing, which allows it to remain fully functional even when it is raining heavily. All these features make it one of the best solar streets lights in the market.
This is a powerful solar street light and is very suitable for illuminating a wide street. It comes with a 40W LED lamp and is powered by a 6V, 9W solar module. This street light, too, comes with an automatic motion detection sensor. It can detect any movement happening beneath it, and accordingly adjust the brightness of the lamp.
This technology makes it an energy efficient product, and increases the functionality and the lifespan of the lamp. It offers a 10 percent brightness in the beginning and goes to provide a 100 percent brightness for 30 seconds, as soon as any movement is detected.
Then it automatically switches to 15 percent brightness and remains steady at 15 percent, until and unless there is a movement beneath the street light again. The motion detector can detect movement within 8 metres of the street light.
Moreover, it comes with a powerful lamp that can illuminate an area of 60 to 80 sq. metres. It features a beam angle of 120 degrees. It is also fitted with a powerful, 10000 mAh battery that usually takes around 6 to 8 hours to charge. The charging time, however, depends on weather conditions and the reception of sunlight during any particular day. Once fully charged, it can function for 10 to 12 hours.
This solar street light is suitable for installation on a pole with a diameter of 50-75 mm. Moreover, it is a 100 percent waterproof product, as it features an IP 65 rating. RJ Solar also offers a 2 year warranty on this solar street light.
This is another good solar street light offered by RJ Solar. However, it has a slightly less powerful lamp. It comes with a 20 W LED lamp and features a 5V, 6W solar module. The battery capacity of this solar street light is, however, small. It features only a 5000 mAh lithium ion battery.
This solar street light features a motion sensor, which is capable of detecting any movement happening under it, and adjust the lamp’s brightness accordingly. When the street light is switched on, the lamp lights up to only 10 percent of its brightness. As soon as any motion is detected, the lamp lights up to its full brightness for 30 seconds, before automatically switching to 30 percent brightness.
The area that can be detected by the motion sensor is 8 metres. Since it has a less powerful area, it can illuminate an area of 40 to 60 sq. metres. In addition to these features, this solar street light comes with a 2 year warranty, making it an excellent product choice.
Finally, on our list, we have HYKON’s Gardenia solar street light, which comes with a 15W lamp. The best thing about this solar street light is its ability to function in any climatic condition. The working temperature of this product lies between -47 to 70 degrees. Thus, it can be installed anywhere, from the poles to the equator.
The LED lamp of this street light is highly efficient and has a long service light. The entire module is waterproof and durable. Thus, heavy rain or snow will not damage this solar street light. While there is no information with regards to the battery capacity, the company claims that it can power the lamp all through the evening and the night. Further, it comes with a LiFePO4 battery, which is usually used in electric buses.
Other attractive features of this product include its integrated design, modular production and single screw installation. It is, thus, a very easy to install product. In addition, this solar street light boasts of a low voltage design, which is reliable and safe to use. All these features make it one of the best solar street lights in the market.
Solar street lights can be classified into two types - All in One solar street lights and Integrated solar street lights.
The All in One solar street lights have a compact design and come in a modern form factor. It houses solar panels, charge controller, battery and LED within a single unit. These solar street lights are usually fitted with motion control sensors and they automatically switch on in the evening.
The motion control sensors make use of infrared waves to detect any movement that happens below the street light. Whenever there is a movement, the lamp lights up to offer its maximum brightness, and in times, when there is no motion, the lamp lights up only to 10-20 percent of its brightness. In this way, the motion sensor ensures a higher degree of efficiency and increases the functioning hours of the street light. It also increases the longevity of the lamp.
Integrated solar street lights, also known as split solar street lights, come with a separate solar panel unit , while the battery and the lamp are integrated into a single unit. These solar street lights do not come with motion detection sensors. However, there are two different kinds to choose from.
The first kind offers a 100 percent brightness from dusk to dawn, whereas the second kind offers 100 percent brightness during the first four hours, and then lowers the level until sunrise. In this article, we have included both all in one and integrated solar street lights in our list of the best solar street lights in the market.
The area to be illuminated is one of the most important considerations to make while buying a solar street light. This will depend on your requirements, such as whether you want a street light for a narrow street, or a wide street. Solar street lights are not only meant to be used for illuminating the streets, but also for public street lighting, park lighting, sidewalk lighting, farm and ranch lighting, perimeter security lighting, dock lighting, fence lighting, and residential property lighting.
For the best results, it is advised that you should maintain a pole distance of 10 to 15 metres, so that there is a sufficient distribution of lights. In addition, make sure that the area where you are installing the light receives sufficient sunlight, and is not covered with tall buildings and branches of trees.
This is one of the most important factors affecting the performance of a solar street light. While purchasing a solar street light, make sure that the product uses a lithium ion battery with a good capacity. Further, pay attention to the kind of batteries used. SMF batteries are not really good and they must be avoided. The best option is to go for a solar street light that features a LiFePO4 battery. Otherwise, simply stick to the Lithium ion batteries.
Since solar street lights are always placed outdoors, it is normal for them to face harsh weather conditions. One of the things that affect any electrical equipment is rain. Thus, make sure that the solar street light you are buying is waterproof.
Usually, there are three kinds of waterproof certification standards available for solar street lights. They are indicated by their IP rating. An IP55 rated product offers protection against dust and water jets projected by a nozzle of 6.3 mm. IP65 rated products, on the other hand, are able to protect themselves against all kinds of water jets. An IP66 rated product can protect itself against powerful water jets and IP67 rated products are able to protect against underwater immersion up to 1 m depth.
The life of a solar street light depends on the battery quality, LED lamp quality and the quality of other parts used. Normal lithium ion batteries require replacements every 2 years. However, the new and superior LiFePO4 batteries can last up to 8 years. Some of the best solar street lights we have reviewed in this article come with LiFePO4 batteries.
Yes, solar lights do work in winter. In fact, they can work in every season. The only prerequisite is that there should be sufficient sunlight for the battery to charge. Thus, the backup is usually lower in winters, as compared to summers.
Solar street lights are an innovative product, as they help in reducing carbon emissions and society’s dependence on non-renewable energy sources. However, buying a solar street light can be a bit tricky, given the wide range of options in the market, and the innumerable technical specifications to consider.
Therefore, in this article, we provided you with a detailed buyers’ guide for solar street lights, so that you can choose the best solar street light, according to your preferences and needs.
Solar cookers are an ingenious way of cooking food without the use of any kind of fuel. It is an environmentally friendly alternative to traditional LPG-cylinder based or electricity based cooking technologies. Solar cookers share advantages and disadvantages with most other solar-based products. Just like any other solar-based product, solar cookers cannot function or be of any use without sunlight. In this article, we are going to carefully lay down all the advantages and disadvantages of solar cookers. We are also going to discuss the various types of solar cookers that are currently available in the market, as they tend to eliminate the problems which have traditionally been associated with solar cookers. We would urge you to go through this article carefully to find out more about solar cookers. It will be of great help to you if you are considering installing a solar cooker at your own place.
The following are some of the advantages of using a solar cooker:
Unlike an LPG based cooking solution where you need to spend money every time you get a new cylinder, a solar cooker requires no such recurring payments. This is because sunlight is free and unlimited and hence, cooking on a solar cooker is effectively free. You just need to make an initial investment of installing a solar cooker, and that’s all!
Natural gas is a non-renewable energy source, and if you reside in a hot area, a conventional cooker makes your house hotter while cooking. A solar cooker produces no emission of gasses like carbon monoxide, maintaining a better air quality indoors. Besides, sunlight is unlimited and a renewable energy source. The environmental impact is thus, minimum when you are using a solar cooker.
Solar cookers make cooking more nutritious, hygienic and tasty. It eliminates the possibility of burning food when you are cooking, baking, grilling or roasting. The latest solar cookers can even direct the sun rays in a more precise manner, thus, offering a better efficiency. Moreover, in baked food, the moisture and softness is retained.
Induction ovens and microwaves require electricity to run, and power cuts are a major challenge in India. However, as solar cookers use sunlight to cook food, you do not have to worry about power cuts.
The following are some of the disadvantages of solar cookers:
The biggest disadvantage of using a solar cooker is that it is dependent on sunlight for cooking. As a result, you cannot cook using a solar cooker at night. Besides, rain, low sunlight penetration, cloudy weather, etc. also serve as impediment to cooking on a solar cooker.
One needs to be careful while using a solar cooker, as accidental reflection of sunlight into your eye can damage your eyesight.
It is impossible to be completely dependent on a solar cooker for cooking. You will require a conventional cooker, which can be used when sunlight is not sufficient, or on a rainy day. Besides, with a solar cooker, you need to start cooking early in the day, when the sunlight reception is maximum.
Solar cookers take a lot more time to cook than conventional stoves. Hence, if you are in a hurry to cook your food, you will have to use a normal stove. Besides, solar cookers are costlier than regular gas stoves. You will also need to find a suitable place in your house to place a solar cooker, where the sunlight reception is maximum. You might also be required to change the position of the reflector, according to the position of the sun.
To eliminate the problems traditionally associated with solar cookers, companies have come up with new products, introducing improvements in technology. As such, commercial solar cookers can be categorised as follows:
This is an insulated square or rectangular box solar cooker, which comes with a glass lid. There are multiple panels, which focus the sunlight’s radiation into the internal side. The flat black colour over it enables a better absorption of heat.
Parabolic dish solar cookers can attain heat up to 250 degrees celsius. These cookers lack flat panels, and instead come with a parabolic dish or a plate. This dish acts as a lens to focus sunlight at a certain point. These kinds of solar cookers are highly efficient, enabling fast cooking.
Vacuum tube solar cooker comprises a pair of tubes. The tube’s heat insulators have a vacuum in between them. It ensures that the heat is reflected on the outer tube perfectly and then gets absorbed by the inner tubes. In this way, it helps reduce cooking time.
Panel cookers use a simple technology. There are more than one panel to fold out sunlight radiation, and in this way, a panel solar cooker ensures an efficient cooking.
Solar cookers are an environment friendly alternative to traditional cookers and stoves, and they help reduce costs in the long run. However, they come with their set of cons, which you need to be aware of before switching to them. Their efficacy is mostly impacted by weather conditions, and moreover, you cannot completely depend on them. You cannot cook on a solar cooker during the night, as there is no sunlight.
In this article, thus, we pointed out all the advantages and disadvantages of solar cookers. We also listed some of the recent innovations that companies have introduced in their solar cookers, and classified them into four different categories. Go through this article carefully, so that you can make an informed choice about solar cookers.
Growing environmental concerns, increasing electric bills, and depleting natural resources is an alarming matter of distress. The drastically changing conditions have convinced many to look for sustainable and feasible alternatives for electricity production.
Till now, the most efficient and lucrative option disposable has been solar power. The Sun, in the form of solar radiation, is the greatest energy provider. It makes sense to harvest the freely available source of electricity as, unlike with fossil fuels or other non-renewable resources, it isn’t going to run out any time soon.
The almost non-existent environmental risk and the reducing, and in some cases absent, electric bills are incentive enough to see a shift in sources of electricity. So, what’s stopping us?
Despite the many benefits and cost-effective outcomes, most people have not decided to convert their channels of power to solar energy. This can be easily justified by the enormous installation costs required to set-up the system that converts sunlight into usable electricity.
Even though the initial cost of installments is warranted and returned in the form of significantly reduced energy bills, the startup investment is a hard pill to swallow. The expenses deem the whole process unfeasible and ‘out of the bounds’ for the common working man.
But, global warming isn’t going anywhere. Looking after our carbon footprints is the responsibility of all inhabitants of the world. Considering the lose-lose situation, bank financial institutions have stepped up and are now helping facilitate this conversion in the form of loans for solar installation. The simple solution enables solar installation for homes, offices, etc., and is a stepping stone to a better future.
Why are solar power plants initially so expensive? The concept of harvesting solar energy and using it as a usable form of work may seem like a simple one, but the actual technology involved is quite sophisticated, hence the expense.
A basic solar energy system has four primary components- solar panel, solar inverter, solar battery, and panel stand. This is besides the additional solar panel installation requirements and accessories- modules, string inverters, module mounting structure, cables, conduits, earthing electrodes, lightning arrestors, earthing strips, and civil foundations.
The cost of the actual system largely depends on the rates of the modules and inverters employed. It is a given that the more refine and advanced technology would demand a steeper price for the premium quality products. The higher the rates, the better the quality, the longer the system lasts, and the more energy generated.
The type, models, size, and power of the solar panel system will be decided by the electricity load of a household. With the difference in power comes the price difference, and so the type and amount of loan for home solar power plant.
A starter plan may be described as- the total expenditure that includes system design and equipment cost, which accounts for 75% of the loan for home solar power plant. 10% of the total is for installation and commissioning, regulatory approvals charge 5%, and finally, the maintenance accounts for 10%.
The rate for a 1 kW rooftop solar set-up can lie anywhere between ₹45,000 to ₹85,000, not factoring in the cost of batteries in the current market. Average Indian household requirements are majorly met by a 5 kW system that produces 20 kWh of electricity on a bright, sunny day and roughly 600 kWh a month. This investment price could be met by a loan of ₹225,000 to ₹425,000. Additional costs like the construction of elevated structures, strengthening of roofs, and GST are not included.
The exorbitant rates of the high-tech pieces of technology necessary to avail the benefits of a solar panel system make the switch to greener energy an unlikely option for most middle-class families. Even if people want to invest in a better, sustainable future, they lack the means of finance.
Thankfully, government financial institutions, like banks, have offered to support various schemes to help facilitate loans for solar installation for homes. Besides the government, several private banking options and non-banking financial institutions (NBFCs) have released schemes too. Companies involved in the solar panel business also have tie-ups with particular loaning agents to help their customers make the purchase.
Buying a solar system is no different than buying any other product, albeit a pricey one. Think of it as purchasing a home or a car. Making these investments has become convenient because of the many schemes, EMI options, and the general availability of loans.
Investing in a solar system is no different. In fact, loan for a home solar power plant is becoming more and more popular by the day with the increasing need and banks are accommodating this rising traction of customers by offering many options of payment at reasonable solar loan interest rates in India.
In India, the first resort for loans of any kind is banks. Many banks offer loans for solar installation that provide top-up plans in the form of home loans and renovation loans. While other banks specifically hand out loans for residential solar rooftop installation.
These loans have varying solar loan interest rates in India ranging anywhere between 10% to 18% that is decided by the risk profile and the source of income of the customer. The payback period also varies accordingly, starting from 1-5 years that can build up to 20 years.
Some of the choices that are available in today’s market for loaning for solar panel installations are the State Bank of India, ICICI Bank, Axis Bank, Kotak Mahindra Bank, Federal Bank, Canara Bank, Indian Bank, YES Bank, IDBI Bank, Syndicate Bank, Punjab National Bank, and Delhi-Cooperative Housing Finance Corporation Limited.
Anyone holding a credit card can easily opt for the EMI option on a solar system, but do debit cardholders have this option?
About 80 crores of Indians are cardholders, out of which nearly 30 crores people own debit cards. Only 50 lakh people, i.e., approximately 1%, have credit cards that allow them to avail the EMI option on installations of solar systems. So, this makes EMI a less than possible choice in solar installation for most people.
Specific loans for solar installation are available by a few loaning agencies, and the purchase can be made via Equated Monthly Installment (EMI). Other choices also include- conventional mortgage loans, no personal security loans, and over-the-counter credit card payments.
Typically, two ways are followed to sanction loans for residential solar systems-
Credit cardholders have the privilege of availing themselves easy access to EMI payment options for most loans, including the solar system. Debit card users, on the other hand, do not have it that easy.
In India, 80 crores of people from the population are registered as bank cardholders, of which only 1%, i.e., roughly 50 lakh people, own credit cards. The majority, 30 crores individuals, carry debit cards.
So, 1% of all bank card owners can consider EMI for loans for solar installation as they do for other consumer durables. Banks like- CBI, Kotak Mahindra Bank, ICICI, Axis Bank, Induslnd Bank, HSBC, Corporation Bank, Standard Charted Bank, American Bank, HDFC Bank, City Bank, SBI Bank, and Yes Bank- have simplified the process of taking credit for specifically for solar installations to be paid back as EMI with zero interest. However, this option is only meant for the parts or accessories of solar installations.
For debit cardholders, the case is different. The chances of getting loan approval are meager, approximately 0.02%. The approval depends on the bank’s internal database and the cardholder’s records. To check the availability of loans according to the Loan Eligibility Criteria, simply send a text from your registered mobile number and get the necessary details. Here’s how-
A few banks offer home improvement loans, like the State Bank of India, that can be re-purposed as loans for home solar power plants. The interest rates vary according to every bank’s policies. The SBI grants loans of up to Rs.1 lakh for home improvement with an interest rate of nearly 8%.
Home Credit (loan) is a bit more complicated and involves several steps. For starters, a Quotation from a trusted solar company would be required by the bank. Documents will have to be verified by the bank officials, after which the loan may be sanctioned.
If approved, the bank will proceed to transfer 80% of the total loan directly into the solar company’s account. This may take up to 5 to 7 business days. After the installation is complete and the customer sends a NOC to the company, the bank will finally transfer the remaining 20% to the company account.
A bank customer can easily be allocated a home improvement/renovation loan to install a solar panel system. The process becomes even smoother if the customer already has a home loan from the bank as the bank would carry the proof of the customer’s credibility in its server.
In case he does not have a previously awarded loan in his name, he is still eligible to take out a home improvement loan after all documents have been verified and thoroughly vetted.
Apart from banks, there are non-banking financial institutions (NBFCs) that also finance residential solar installations. Some of these agencies are- Gromor Finance, EFL, Lendingkart, Edelweiss, Bajaj Finserv, and Metafin. Though, unlike banks, NBFC demand much steeper interest rates starting from 13% that may go up to 18% to 24% but do not ask for collateral.
There are some tax benefits to be considered when debating the mode of payment of financial status while purchasing a solar panel system.
A working man who receives an annual salary equal to or more than Rs. 5 lakhs can claim tax benefits by announcing their solar system installation as an expense in their ITR. Once a customer’s home improvement loan is passed, he may stake a claim of an expense in his ITR as a deduction from his total annual income.
Let us consider a potential customer who earns an annual income of Rs.10 lakhs and is interested in investing in a solar system. He decides on a 5 kW power solar panel set-up for his residential building that estimates to Rs.3 lakhs. He requests a home improvement/renovation loan of Rs. 2.5 lakhs.
The loan tenure will be decided by the bank depending on the customer’s age and finances. This may range anywhere between a year to 30 years. The customer can negotiate his EMI payment plan according to his comfort and convenience.
If the customer decides to pay an EMI of Rs. 15,000 a month, his annual obligation would then be 180,000. This sub-total amount would be deducted from his total annual income.
To conclude, there are several different options available to an interested customer in solar system installations. From banks to NBFCs, there are many payment methods, interest rates, policies, and types of loans to choose from that would be best suited to their financial conditions.
A solar charge controller controls the variation in power that the solar panel generates after absorbing sunlight and then charging the battery and operating the DC load. This controller prevents the battery from overcharging and causing any damage to the solar system. The current being generated by the solar panels and traveling to the battery is regulated with a solar charge controller.
The demand and availability for solar charge controllers in India have catapulted over the years as they provide system protection. It can be a confusing task to choose the best solar charge controllers in India, and hence, we have provided you with a list of some of the best products. Along with this, we have also prepared a list of some important factors to consider before buying solar charge controllers.
The first product on this list is the amiciSmart Solar Charge Controller with a power output of 10A (the lowest available). This brand also offers solar charge controllers with higher power outputs up to 60A. Once you connect the solar panel to the battery, this solar charge controller completely supports the battery. An LCD is provided for your convenience, where you can track the battery’s status and change between different modes.
This device guarantees full protection for your battery since it is equipped with overload protection, open-circuit protection, short-circuit protection, as well as reverse protection. These features also extend the overall life span of the battery to last for many years. The 10A amiciSmart solar charge controller is compatible with 12v and 24v panels.
Various features or modes are offered by the brand that you can control such as the float voltage which you can set as per your requirements. The float voltage is the maximum charge voltage that the battery can work with. There are other modes like the discharge reconnect, discharge stop, and work mode.
Ranked as one of the best solar charge controllers available in India, the amiciSmart controller is ideal for lead-acid batteries like OPEN, AGM, or GEL and not so compatible with other batteries like nickel, hybrid, lithium, Li-ions, etc. For the device to be working properly, it needs to be connected to the solar panel and the battery. Keep in mind that the battery is a minimum of 10.7V charged before connecting it to the controller.
The reason why many people have chosen this particular controller is also because of its superior quality. It is fitted with a high-quality international grade chip that ensures the machine’s functioning in extreme weather conditions. The controller comes with dual USB ports that can be used to charge devices like laptops, smartphones, etc. This solar charge controller can be used in a variety of places like an outdoor touring car, a solar power system, a solar advertising box, a solar billboard, or a yacht and ship.
Luminous is a popular brand for its range of solar system products starting from solar panels and batteries to solar charge controllers. Here we shall review the Luminous 10Amp plastic solar charge controller, which is available in blue. This controller prevents the battery from getting overcharged while the solar panel is charging it. Along with this, it also prevents reverse current flow at night.
An in-built USB port is provided in the solar charge controller that can be used to charge mobile phones without an adapter. This controller is made of supreme-quality plastic that can withstand harsh conditions and still last for a very long time without any damage. It can charge batteries of 12V and 24V with utmost efficiency using PWM technology.
It comes with 96% electronic shock protection and an in-built load controller. This is provided with an lvd feature option for lead-acid or other types of batteries. Up to 400 watts of solar panels are supported by the Luminous solar charge controller. You might wonder what purpose do the 2 jumpers behind the controller serve?
The two jumpers are required to connect the solar charge controller to an SMF battery. You do not need these two points if you are using a different battery. You can keep a watch on the status of the battery and control all other features of the controller through the LCD screen on it. The product measures 7.2*14.5*13.7 cm and weighs only 300 grams. This compact and lightweight nature of the Luminous solar charge controller makes it highly portable and beneficial to keep in areas with limited space.
The brand provides a 12-month warranty and you can seek help from the company, free of cost, for any damage caused to the solar charge controller during this period.
Ashapower solar MPPT charge controller is a one-of-a-kind device that you will find in the Indian market. This is a multi-voltage range device that keeps the battery protected from getting overcharged and eventually damaged. You can use this device to power a single battery of 12V up to 6 batteries of a total of 72V in series. When the battery is connected across its terminal, the charge controller selects the battery voltage at which it will run.
The device provides the battery with an energy output as high as 40 Amps that is nothing compared to what the other controllers have to offer. The panels can be grouped easily without any hassles with the PV panel input open circuit voltage that goes up to 185V. What adds to the appeal of this best solar charge controller in India is its physical appearance.
Its sleek and stylish design gives it an aesthetic look that fits in well with your home or office decor. You can mount the device on any wall inside to control the charging activities of the battery. The Ashapower solar charge controller comes with an ultra-fast and powerful point tracking algorithm that helps it understand the ideal voltage for the battery and protect it from the dangers of overcharging.
Here we have yet another product from Ashapower that boasts of great quality and performance. This Ashapower solar MPPT charge controller has an energy output of 40 amps that can power up to 140 V. The device protects the battery against excess voltage generation by the solar panels. It is available in a bright blue shade and has a stylish yet simple design, ideal for your home/office.
The solar charge controller offers protection for the battery against hardware failures and also comes with an overload protection feature. This device can be used for both a 12 V battery as well as a battery bank series of 2 batteries of 24 V. The maximum tracking efficiency of the controller is 98.9%. This compact device weighs approximately 300 grams which makes it lightweight enough to be carried around easily.
The LED indicators have different colors like red, blue, and green to inform you about the status of the battery or the other features. The blue light indicator will alert you about the solar/grid power status, the green light about the solar presence, and the red light about the solar charging status.
Other than the LED indicators and the LCD screen, there are a few other features or switches on this charge controller as well. There’s the settings button, the MPPT on/off switch, the grid bypass switch, the terminal cover, and the I/O power terminals. The PV panels are automatically discharged from the device at night. Bring home this solar charge controller today to experience intelligent charging for prolonged battery life.
UTL, a brand known for manufacturing some of the best solar charge controllers in India, brings to you the solar charge controller hybrid SMU. This device supports a single 12 V battery, 12-volt solar panels, a 24-volt inverter battery, and 24-volt panels. The controller is designed to automatically select the voltage for 12 volts or 24-volt panels.
This microcontroller works with high speed and boasts high-performance levels. To get the controller to function, you need to first connect it to the battery and then to the solar panels. After this connect the existing inverter to the SMU and give the grid supply.
This is a highly reliable solar charge controller that offers a prolonged life for the battery by protecting it from damage caused by overload and overcharging. An inbuilt mechanism does the work of protecting the solar charge controller from undercharging and overcharge, both of which can prove detrimental to the overall functioning of the controller.
UTL solar charge controller is eco-friendly and aids the solar system to generate electricity from a natural source. It has a compact design and can be easily mounted on the wall of your office or home. The conventional look of this charge controller easily fits into the design of any type of decor, just like any other machine in the room.
This 30 amps solar charge controller is brought to you by Smarten, an Indian brand that was founded in 2014. It has expanded across India and even outside in countries like Nepal, Bangladesh, Afghanistan, Dubai, Nigeria, South Africa, and a few other places. The diverse product range of Smarten includes solar charge controllers, solar inverters, solar panels, batteries, solar power conditioning units, home UPS, etc.
For all those who wish to convert from their existing UPS system to a solar system, the Smarten Prime solar charge controller is a much-needed device. This controller regulates the voltage of the solar battery to prevent undercharging or overcharging. Depending on the battery technology, this device controls the discharges.
This controller works with a 4-stage charging which includes steps like bulk, absorption, float, and equalize. It supports various battery types like SMF, LA, tubular, and solar. However, the controller does not support batteries like the GEL and the AGM. It has been designed to provide complete protection to the battery from reverse PV, low battery, battery deep discharge, and high temperature.
The power-saving mode can be accessed through the LCD, and it is features like this that make this Smarten solar charge controller highly efficient. It can be mounted on the wall of whichever room you wish to place it in. Smarten offers a 1-year warranty on the solar charge controller.
With the growing popularity of solar systems, people gradually realize how cost-effective, beneficial, and environment-friendly it is. Many Indians are converting from their existing UPS system to a solar system for this purpose. Lagnuvo brings to you a solar charge controller that has been specially designed for such a shift for the first time. It makes this process easy and hassle-free.
The Lagnuvo MPPT solar PCU chargers are undoubtedly one of the best solar charge controllers available in India. It is facilitated by the maximum PowerPoint Tracking algorithm. This enhances or increases the flow of current from the solar panels to the battery. The controller is well suited to off-grid solar systems such as standalone solar power systems, solar power water pumps, and solar home systems.
This voltage and current regulator prevents the batteries from being overcharged or undercharged as both can cause significant damage. It supports battery-types like LA, SMF, Tubular, solar batteries, and 4-stage charging that includes bulk, absorption, float, and equalize. The discharge of energy to the battery is controlled and this contributes to protecting as well as prolonging the battery life.
The MPPT charge controller has 95% more efficiency and better performance as compared to a PWM. The Lagnuvo controller also yields higher voltage output and can extract 96% power. It produces less fan noise when compared to other products in the same range. Despite all the benefits it offers, this solar controller also has a few drawbacks. It does not come with a warranty period, a bill or even a manual to guide you through the process of installation.
Amberroot Systems solar charge controller controls the charging of the solar batteries through two sources- the grid and the installed solar panels. It controls the charging of the batteries in such a way that they are kept protected and safe. This contributes to elongating the life-span of the solar battery as well as the solar panel, both of which are connected to the solar charge controller.
This highly efficient MPPT charge controller is designed to extract the maximum energy from the solar panels. A very high input to output voltage ratio is enabled by the innovative design and technology of the Amerroot solar charge controller. This can decrease the system CST as compared to other solar charge controllers available at cheaper rates.
The power conversion of this MPPT has been designed to be better than 95% efficiency. It has a continuous rated output of 40 amps. You can connect up to 600 Wp with a 12 V battery system and 1200 Wp with a 24 V battery system. Get home this controller that will regulate the net current that is delivered to the batteries.
Few drawbacks of this controller are that it is priced slightly high, the lugs are not provided that are required for connecting the solar wires to the MPPT, there are no details provided about the cable and software, and lastly, many customers have complained of the poor quality of the user manual.
Microtek is a well-known brand in the solar system industry mainly because of how reasonably priced the products are. Here we shall review the Microtek SMU 3012 solar charge controller that has a 30 amps energy output. It is made of robust-quality plastic and is available in silver. The design of the charge controller is simple, sophisticated, and ergonomic.
An advanced seven-segment digital display on the machine indicates various information for you, such as the input and output voltage. The Microtek solar charge controller ensures high performance with the help of the save power technology. When there is a power cut or voltage fluctuations, the controller automatically cuts off the grid supply to protect the solar panel and the battery.
The Microtek controller is highly durable and long-lasting. This device can be easily used in both the home and the office to regulate the flow of energy from the solar panels to the battery. Even though the exact period of warranty is not mentioned anywhere on the product, it has been clearly said that if you want the warranty, you have to register for it with the company.
The best part about this solar charge controller is the inbuilt smart technology that extracts maximum solar energy from the panels and less energy from the AC mains.
Delta Energy is yet another budding solar system brand that manufactures some of the best solar charge controllers in India. This one has a 60 amps energy output compatible with the 12/24/36/48 volts battery bank. It is available in black and has an elegant, compact design that can be placed anywhere in the house or office.
The PV panel can facilitate an open-circuit voltage up to 210V and the maximum charging current up to 60A. It comes with an ultra-fast and highly efficient power point tracking algorithm that aims to extract maximum energy from the panels. This device also comes with a range of protective features like the PV panel reverse polarity protection and over-voltage protection.
There is an auto-grid input control to the inverter and intelligent charging for prolonged battery life. At night, there is an automatic disconnection of the solar/PV panels, which saves energy. This solar charge controller also protects the battery against any hardware failure. The maximum tracking efficiency on the machine is 98.9%.
Lastly, the display panel comes with various options and modes to choose from and operate as per your energy requirements. Colors like blue, red, and green indicate things like the status of the battery, solar/grid power status, and the solar presence. These indicators make it convenient to understand the condition of the device.
Elephant Boat brings to you another great solar charge controller that can be effectively used to regulate the flow of energy from the PV panels to the battery. The rated voltage output of this controller is 12V and 24V, and the current output is 10 amps. The battery cable used for the transmission must be as short as possible to cut down on energy loss.
This solar charge regulator is only suitable for lead-acid batteries like OPEN, AGM, and GEL. It does not function properly with other types of batteries available in the market and is often used in solar systems. Before installation of the controller, it must be able to recognize the battery type. This is only possible when the battery has enough voltage.
The charge regulator can work only with solar modules and not with any other charge source. You must follow the method of installation mentioned in the manual to get it right. There are three important steps to be followed for the system connection. Firstly, the positive and negative terminals of the battery must be connected to the controller, after which the controller will be able to automatically detect the voltage level.
Secondly, while connecting the positive and negative poles of the load, be mindful so that there is no reverse connection. Thirdly, connect the solar panel to the controller once the first two steps have been followed. If these steps are not followed in a particular sequence, your controller might be at the risk of complete damage. This regulator comes without any warranty, which is its only drawback and a major one at that.
The next product that we will be reviewing in this article is the Hasthip 10 amps, solar charge controller. The body of this charge controller has a moisture-tight coating that minimizes the damage caused by humidity and from insects building their nests inside such devices. This solar charge controller is very easy and convenient to use as it comes with a variety of features and modes.
There is a backlight display provided that acts as an indication of the status and data at the particular time when you are viewing it. Using this display, you can easily switch between different features without any hassle. The parameter configuration also becomes easy with the information that is provided by the display screen. The input and output voltage is displayed on the LCD screen for ease of use.
Ranked as one of the best solar charge controllers in India, the Hasthip controller comes with an updated chip that has a low failure rate. No user selections or adjustments are required as this fully automatic feature takes care of all of that. The solar charge controller has good heat dissipation.
The device produces low heat so that direct sunlight exposure is avoided as well as any damp place. The failure rate is also low and this allows the controller to last a long time. The product weighs only 160 grams which makes it a lightweight device that can be carried around easily from one place to another. When it comes to design and style, the solar charge controller ranks number 1 with its simple and elegant look.
The only drawback of this controller is that there is no warranty period offered. Without this, your device is at a risk of damage with no warranty covering it in such a situation.
Sparkel Solar System is an Indian brand that manufactures a range of solar system products starting from solar panels, solar batteries, solar charge controllers, and so on. The 10 amps Sparkle solar charge controller has an ABS body, and it generates a power output of 12V/24V. This controller comes with a dual USB 5V output that can be used to charge and supply power to your mobile phones.
This highly efficient charge controller comes with PWM charging. It also increases the battery life by many years and makes it more durable. This contributes to improving the overall performance of the solar panels, the battery, and the entire solar system. The charge controller offers various protection functions starting from protection from overheating, short-circuit, and overcharging.
The Sparkel solar charge controller is compatible with batteries like lead-acid (OPEN, AGM, GEL), and Lithium (LFP). Float charging voltage is available for each battery type mentioned above which sets the recovery and cut-off voltage for all. The available load options are 24 hours ON (default), dusk to dawn, and the number of hours ON from 0 to 13 hours.
There is an overnight ON and OFF button for the load to be switched on or off manually. An LED display is present on the solar charge controller for you to check all the readings and switch between different modes. There are many applications of the Sparkel solar charge controller as it can be used to power a WiFi router, a billboard, a solar boat, a water plant, a solar hut, and streetlights.
This exceptional quality solar charge controller belongs to the house of Microsol, yet another Indian brand that has started manufacturing products related to solar systems. The Microsol 60 amps controller is available in black and comes at a reasonable price. Controllers of this kind are mostly used in small off-grid solar PV systems.
The controller uses PWM charging technology which ensures that when the battery is fully charged, the PWM pulses slow down as the charging current is gradually tapered off. This solar charge controller supports solar panels up to 720 watts. It is ideal for charging a 12V 100AH-200AH battery. The controller comes with a cooling fan that makes very little noise.
A 2-year warranty is offered by the brand on the controller. Bring home this low-cost but high-quality solar charger to improve the connection between the solar panels and the battery.
The first most important factor that you must have some knowledge about before buying the best solar charge controller in India is the types of controllers available.
You must check the maximum current rating of the solar charge controller before making a purchase. It tells a lot about the performance of the controller as well as its capability of handling high-load appliances. It indicates the maximum current that the device can deal with. Basic budget models can usually handle 10 or 20 amps of current, whereas the more high-end ones can handle 30 to 40 amps.
This is another crucial factor that you need to consider. The voltage rating does not affect the performance of the controller in any way but it ensures versatility and compatibility levels of the device. Almost all the solar charge controllers mentioned in this article are compatible with both 12-volt and 24-volt solar panel systems.
Once installed, solar panels tend to last for decades. However, this is beneficial only when the other parts of the solar panel are just as reliable. To ensure that the solar system functions for a long time, check for the warranty offered by the solar charge controller company. Most of these devices come with a 1-year warranty but a few better ones have a 2-year warranty on them.
MPPT solar charge controllers have a higher power output compared to the PWM solar charge controllers. It can harvest an additional 11.1% of energy. Thus, MPPT is better than PWM.
This depends on the amount of energy that your solar panels produce. You require a solar charge controller that can handle this load efficiently. Thus, if the panels produce 480 watts of energy then you require a 20 amps solar charge controller. Typically, the amperage rating of controllers ranges from 1 to 60 amps.
A 20 amps solar charge controller can handle approximately 480 watts.
A solar charge controller is essentially a protective guard that limits electrical energy flow from the solar panels to the battery. It prevents overcharging as well as undercharging. It also protects against excessive voltage flow.
Solar charge controllers are a boon for all solar panel users because of the crucial protection to the solar battery. A lot of damage is possible without the controller regulating the flow of energy from the solar panels. Through this article, we have tried to provide you with adequate knowledge about the workings of a solar charge controller along with a list of the best solar charge controllers in India. We hope it benefits you in making the right decision.
In recent years, heightened awareness about climate change has made countries shift from conventional, non-renewable sources of energy to non-conventional, renewable energy sources. In this scenario, solar energy is fast emerging as an alternative, particularly in equatorial and tropical Third World countries. Solar energy is a green and affordable alternative, and its use is central to the goal of achieving sustainable growth and development.
In this article, we will focus on the main economic benefits of solar energy. We will also touch on some of the environmental benefits as well, because sustainable development entails that environmental benefits outrule economic benefits in the long run.
Traditional ways of saving on energy bills, such as switching to LED lighting, using natural ventilation instead of using an air conditioner, etc. can help bring down energy bills, but only up to a certain extent. At the end of the day, you will have to be completely dependent on your energy provider, and pay whatever the monthly charges are in accordance with your energy consumption. This is not the case with solar energy. Solar energy helps the consumer attain self sufficiency in meeting energy requirements, and drastically reduces one’s dependency on the discoms. If you install high capacity solar panels on your rooftop, you can power a large number of electrical appliances in your home or office. Although the initial investment on solar panels is high, in the long run, there is a high return on investment, as these panels can last for more than 25 years without requiring much maintenance.
Net metering is one of the most unique economic benefits that come with a solar PV system installed at your home or office. Net metering allows you to send the extra energy produced by the solar PV system back to the grid, and earn credits for it. During certain months in a year, when sunlight reception is maximum, the solar PV system might produce more energy than is required. If you have opted for net metering, you can send this extra energy back to the local grid of your area. The credits thus earned can be used to avail electricity during the other months, when demand for energy is higher than the supply by the solar PV system. Solar net metering also allows developers to set up rooftop solar plants at various locations and earn money out of it. However, you need to ensure that your state has a net metering policy for you to avail net metering.
Time of use (TOU) rates can result in an increase in energy bills, as electricity consumed in peak hours, i.e. those times of the day when the demand for electricity is the highest, is charged more than electricity consumed in normal hours. If you have a solar PV system installed at your place, you won’t be required to comply by the TOU rates of your electricity distribution company. This can lead to a lot of savings on your energy bills.
Transition to solar energy requires a lot of initial investment, as the installation requires solar panels, batteries and wiring, among various other things. As a result, people are generally sceptical about making a transition to solar energy, as they do not have the money in the first place, and they are not sure about the return period on investment. However, to make things easier, a number of state governments, as well as the central government, have come up with policies to lower the burden of investment on the people by the means of subsidies on solar panels, easy loans, etc. Some Indian states offer up to 50 percent subsidy on solar panels. All of these measures are being taken to make people switch to renewable energy and reduce carbon emissions.
Many studies have shown that investing in solar energy can increase the value of your home by many times. Thus, if you are planning to sell your property in future, it will be a good choice to buy and set up a solar PV system. Energy bills are expected to rise in the future, and solar power is the future. Hence, people are going to prefer buying a place that has a solar PV system.
Conventional energy sources are dependent on natural resources, and with time, as these resources deplete and their prices go up, consumers will have to pay more in terms of their energy bills. The best thing about solar energy is that sunlight is free! Thus, apart from the initial investment that you would be making on installing a solar PV system, in the long run, you will effectively incur no cost at all for operation. Of course, there is maintenance cost involved, but that is insignificant when compared to the benefits.
In the previous section, we discussed the economic benefits of solar energy. As already stated, apart from the direct economic benefits that solar energy offers, there are endless environmental benefits associated with it, which are vital for sustainable growth and development. The following are some of the environmental benefits of solar energy:
Fossil fuels used in conventional energy sources are the major sources of greenhouse gasses. Solar energy, on the contrary, makes use of sunlight, and is a non-polluting source of energy. Thus, it helps cut down on greenhouse gas emissions.
Studies show that some 6.4 million people die every year from illnesses related to air pollution. Every year, we hear news reports about the poor quality of air in the cities across the world. As solar energy has zero carbon emissions, it can help with cutting down air pollution drastically, making this world a livable, breathable place. It can contribute to healthy lives of the individuals, and reduce medical bills.
Global warming has increased the incidences of forest fires, floods, droughts, and storms. It has led to rising sea levels, making people living on the coast vulnerable. In fact, global warming affects the poorest of the poor the most, destroying people’s livelihoods and devastating their lives. A transition to solar energy can help reduce global warming, and in this way, it can reap benefits for all sections of the society.
The solar energy sector is expanding with time, and a number of employment opportunities are becoming available to people as a result. Solar energy is, thus, responsible for job creation, which is very important for the unemployed youth in the developing, low income countries.
In this article, thus, we talked about all the major economic and environmental benefits, which are associated with solar energy. As climate change has emerged as the overarching threat the human civilisation faces today, switching to alternative, green sources of energy is becoming the need of the hour. If you are amongst the ones who are sceptical of making a transition to solar energy, we would advise you to go through this article thoroughly to find out about the immense economic benefits of solar energy.
Net metering is an incentive that allows you to store the extra energy produced by your solar photovoltaic system in the grid system, in exchange for credits. The credits can be used to “take back” energy from the grid in situations when the solar PV system cannot produce sufficient energy due to factors like low sunlight. It is a quite simple technology that helps bridge the differences between needing more energy at a moment and generating more than required at the other during any particular year. For instance, in India, most areas receive bright sunlight during the summer months, whereas the same areas receive a low income of sunlight during the winters. Net metering allows establishments with solar PV systems to store the extra energy produced during the summer months in the grid, and then “take back” energy from the grid when the cold winter comes along. With solar PV systems rising in popularity and increasing in scale, different state governments in India have come up with their own set of policies regarding net metering.
In this article, we will talk about everything that you need to know about net metering, so that you have an in-depth knowledge about the topic before making the transition to solar energy for your home or office.
To use net metering facilities, the solar PV system needs to be connected to the utility grid via the main service panel of the consumer and the meter. The meter should be a bi-directional meter, as when more power is generated by the solar PV system than required, the excess power can be returned to the grid by reversing the meter from its normal direction. Since the meter works in both directions, one can get readings of both power purchased (when demand on-site is greater than the on-site power production) and power returned to the grid (when demand-on site is less than the generation on-site). The customer pays the “net” of both transactions.
Net metering offers a number of benefits to consumers, and is also good for the environment. By transmitting the excess power to the grid, energy wastage is prevented. The grid, similarly, receives power from a green, renewable energy source, apart from receiving energy from conventional power sources like thermal power plants. Besides, the consumer can save thousands of rupees on energy bills every year. Thus, net metering is a very good money saving choice, and it prompts people to switch to a solar PV system. It can result in an increase in the return on investment on a solar system.
There is another advantage of net metering. Since your solar PV system is generating electricity near the point where it will be used, this process reduces the strain on the transmission and distribution infrastructure of the grid. It also minimizes energy loss which is associated with sending voltage to places far away from the power plant. Some studies, however, have claimed that net metering creates an unfair burden on non-solar customers. However, other studies involving cost-benefit analysis of net metering have found the opposite to be true.
When you opt for net metering for your home or office, you only pay for the deficit power consumed, i.e. the difference between the power consumed from the grid and the solar power generated by the solar PV system of the home or office. As a result, there is a drastic reduction in the electricity bills, and it provides you with the opportunity to earn an income. Besides, these savings on energy bills from net metering add up with time, increasing your return on investment. Corporates, industrial establishments and educational research institutes can save a lot of money with the help of net metering after making a transition to a solar PV system. The money saved can be used to invest in other businesses in the case of corporate establishments and in the case of educational institutes, this money can be used for the development of educational infrastructure. Thus, net metering offers a great amount of impetus to the growth of an economy and the development of a society.
Apart from the money you directly earn from net metering, switching to solar energy can have a high return on investment in the long run because the Government of India offers financial subsidies for solar panel systems, under certain conditions. The up to date data on cost and capital subsidy terms for rooftop solar PV systems can be checked on the website of the Ministry of New and Renewable Energy, Government of India. In addition, the Department of Financial Services has directed all the Public Sector Banks in India to encourage giving home loan/home improvement loans to those who want to install rooftop solar plants, and to include the cost of the system in the home loan proposals. All of these are initiatives which can encourage net metering. Besides, the government also plans to introduce a ‘rent a roof’ policy under which the investors can rent/lease roofs from households and install a solar PV system to feed power to the grid. The responsibility of maintaining the system will be with the investor/developer.
The following are some of the challenges of net metering in India:
Since the energy generated by a solar PV system is dependent on the availability of sunlight, there can be drastic variations in power due to reasons like changes in weather conditions. As a result, there are rapid voltage fluctuations, which can lead to faults in the transmission network. In some cases, such fluctuations can overheat the power lines. Solar PV systems come with inverters, which are designed to regulate the voltage. Voltage fluctuations can arise because of improper functioning of the inverter. If fluctuations move outside the specified values, the system should be designed to automatically disconnect itself from the grid.
Electrical disturbances, which produce harmonics, are generally caused by the presence of non-linear components in the solar PV system. They can lead to the overloading of equipment and metering errors. As such, the total harmonic disturbances produced by a solar PV system should not exceed 5 percent. Similarly, the individual and current harmonic disturbances should not exceed 3 percent and 8 percent respectively, so that the quality of power in the grid is not affected.
The power generated by the solar panels is DC current, whereas the one supplied to your house is AC current. The solar PV inverter converts DC current into AC current. However, there remains a possibility that the inverter passes unwanted DC current into the AC driven network of the power grid. This can result in overheating of the transformers, damages, and power losses.
Unintentional islanding occurs when the solar PV system continues to supply power to the grid even when the grid power is off. This leads to safety issues for technicians, as a power line that is considered off may still be powered.
PV penetration at high levels leads to reverse power flow. This happens in the case of a weak network, or when the consumption at the consumer’s end is lower than the power fed to the grid. This can lead to an increase in voltage, causing the electricity to change its direction and flow. As a result, there might be overheating in the transformer and transmission lines.
Most states in India currently have their own net metering policy. However, net metering is still characterised by slow implementation and arbitrary constraints and limits. For instance, a number of states do not allow net metering for large off takers of power (i.e. HT power consumers). Besides, in most states, there is a cap on the size of the solar plant that can be availed under net metering.
Due to the poor implementation of net metering policy and business unfriendly net metering rules, the rooftop solar sector in India is still underdeveloped. This is despite the fact that a number of industries in India have lots of idle spaces on roofs, which can be used for solar plants.
At present, 18 out of the 29 Indian states have net metering policies. West Bengal was one of the first Indian states to have formulated a net metering policy, back in 2013. Most of the other states have come up with their own net metering policies in recent years. Some of these states, such as Karnataka, Uttar Pradesh, Haryana, Telangana, Gujarat, Andhra Pradesh, Assam and Jharkhand allow for both net and gross metering. Besides, most of the 18 states now allow for a 100 percent capacity with respect to sanctioned load for net metering. However, the limitations on transformer capacity vary, with the limitation being as high as 90 percent in the case of Tamil Nadu, and 20 percent in the case of Assam and Jammu and Kashmir.
Most of the states which allow net metering follow a yearly cycle of compensation, with Telangana, Andhra Pradesh and Karnataka being the only exceptions. The billing period for settlement in most states is monthly.
Net metering is an ingenious way of reducing the burden of energy bills.. It is also an environmentally friendly solution, as it prevents the wastage of electricity by sending the excess electricity produced by the solar PV system to the grid. Besides, it encourages entrepreneurship in the rooftop solar energy sector.
In this article, we covered each and every aspect of net metering. We answered many relevant questions, such as why net metering is important, can net metering enables us to make money, how net metering works, etc. Besides, we covered the challenges of net metering in India, and also discussed in detail the policies that different Indian states have with regards to net metering. We would advise you to go through this article thoroughly to understand what is solar Net Metering and how it works for home solar panels.
Solar panels have become increasingly popular in India today, both in the residential as well as commercial sectors. It has been adopted by environment enthusiasts as well as individuals who have realized how cost-effective it can be in the long run. With the condition of the climate deteriorating, solar panels have become one of the most reliable and sustainable sources of renewable energy.
Solar panels are available in a range of energy variants like 100 watts, 375 watts, and so on. Moreover, there are numerous brands, technologies, and different types of solar panels to choose from. This article will provide you with a comprehensive understanding of the best 375-watt solar panels along with some factors that must be taken into consideration before buying one.
Loom Solar is one of the most popular names that you will hear when one talks about solar systems and solar panels. It manufactures a range of solar panels starting from 50 watts, 100 watts, and the one we will discuss here- 375 watts. This solar panel is a versatile product that is perfect for charging a 24-volt battery. You can even connect multiple such panels to charge 24/48-volt batteries or other grid-tied applications.
The Loom Solar panel is highly durable as it can withstand extreme weather conditions like heavy wind and snow loads. Moreover, the panels have a resistant-aluminum frame that ensures that the panel lasts for decades. The panel can be used with both on-grid and off-grid inverters so you can choose to keep it connected to the local utility grid or be completely self-sufficient in terms of energy production.
The cell conversion efficiency of the solar panel is 19% and the diodes come pre-installed within the junction box. It also comes with a pre-attached 1 m wire and an MC4 connector. The IP67 junction box is resistant to dust and water and can last for a long time outdoors. The panel is protected by a layer of unbreakable 3.2 mm toughened glass. Customers have often complained that during cloudy weather conditions, the energy generation is low but is still better than most other solar systems.
Bluebird is a relatively lesser-known brand in the industry compared to Loom Solar but it is emerging as a big competitor to such big brands. Their 375-watt, 24-volt solar panel is monocrystalline and is made of A-grade solar cells. It is deemed to be better than any other monocrystalline solar panel available in the market.
Ranked as one of the best 375-watt solar panels available in India, this solar panel is built with heavy-duty silver anodized aluminum frames that make it highly durable. The panel can withstand heavy winds and pressure due to snowfall up to 5400 Pa. Despite such extreme weather conditions, the solar panel lasts for decades and delivers excellent performance.
The solar panel is also resistant to a host of other harmful elements like PID, ammonia corrosion, and salt mist. It comes with an IP 67 rated junction box with 3 pass diode that provides long-term safety to you and your family. This solar panel offers a higher area efficiency and reduces the BOS cost. Along with this, it also ensures better ROI.
Even when there is low light, the panel works quite well and turns out efficient performance. You can use the solar panel for home or commercial purposes, for solar water pumps, solar projects, fillings stations, and EV charging stations. There are pre-drilled holes at the back of the panel for easy installation. The panel is ideally compatible with a 24V inverter.
Bluebird offers a 10-year warranty for any manufacturing defects and 25 years of performance.
The third solar panel on this list has been manufactured by Luminous, a BIS-certified brand and product as per IS/IEC standards. The space requirement for a single 370-watt Luminous solar panel is approximately 40 sq. ft and a 1000 mm meter cable is also required for the connection. This is a highly reliable solar panel as it is supported by premium MC4 connecting plugs.
When it comes to durability, this solar panel ranks quite high since it is designed with a silver anodized high-tech aluminum frame. This enables the panel to withstand extreme weather conditions like rain, storm, snowfall, etc. The protective structure also allows the panel to last for many decades without any damage.
It boasts of a high-performance technology with grade A cells and resistance to PID. The cells are accompanied by a reflector that redirects sunlight back from the cell for better energy generation. This technology can generate 5% more energy than usual. The module conversion efficiency of the Luminous solar panel is 18.89%. It can be mounted on the ground easily.
Luminous provides a 12-year warranty on manufacturing defects and 25 years on performance. Switch to solar energy today and bring home this exceptional solar panel to generate electricity that is cost-effective and environment-friendly.
Sunfuel brings to you this pack of 2 best 375-watt solar panels available at a reasonable price. The dimensions of a panel are 1965*990*42 mm which makes the panel quite compact and lightweight. It has been designed using monocrystalline technology due to which the price of the panels might seem slightly higher than 375-watt polycrystalline solar panels.
The panel is guarded by an anodized aluminum frame that is resistant to corrosion. This allows you to place the panel outdoors without any worry. Exposure to rain or wind cannot cause any damage to the solar panel. There is a 25-year warranty on the solar panel which is evidence of how long this solar panel can last and how durable it is.
As a monocrystalline solar panel, the Sunfuel panel is made with a single crystal which can generate more energy but it also costs more than the polycrystalline solar panel. You can use this 375-watt solar panel to power laptops, stereos, LED lights, TVs, and so on. If there are limited appliances in your home, this solar panel will prove to be the ideal choice.
Solar Universe India or SUI is an Indian brand that specializes in making solar panels and other equipment required to set up a solar system. This 375-watt solar panel has been designed using monocrystalline technology. It comes with 5BB and anti-PID cells that ensure the solar panel will last for a long time.
The solar panel is guarded by the highest quality toughened glass. The robust aluminum frame supports the structure, and the overall panel is designed to be compact and lightweight. This solar panel can be used to charge 24V batteries, 24V appliances like LED TVs, etc. It can also be used for on-grid as well as off-grid installations depending on what suits your needs the best and what you benefit from the most.
A 3 m wire is provided with the solar panel along with a universal connector. Since it consists of monocrystalline solar modules, the panel is highly durable and able to perform better. It is also more efficient than the polycrystalline solar panel. All solar modules belonging to SUI comply with the guidelines of the necessary authorities like MNRE, IEC, and TUV.
There is a 25-year warranty on the performance that is offered by SUI. However, the warranty on manufacturing defects is only for 5 years which is quite less than what is offered by other brands on a 375-watt monocrystalline solar panel.
AWCRE brings you this exceptional-quality 330-watt polycrystalline solar panel that can be used for both commercial purposes or even in residential areas. The panels have been designed to suit the climate conditions in India as they are made of highly efficient solar cells. These cells can generate maximum power even in low-light conditions.
Ranked as one of the best 375-watt solar panels, the open-circuit voltage of the panel can go as high as 45V, and the current Isc up to 9.5A. This can generate almost 3 units of power daily. For the accidental reverse connection, the panel is provided with inbuilt diode protection. The toughened glass protection can tolerate a great deal of pressure and load. This also keeps the sunlight concentrated on the cells.
The panel comes with a 1 m cable and MC4 connectors that facilitate an easy connection during installation. The panels manufactured by AWCRE go through 25 rigid quality check tests to ensure that the most premium-quality solar panels are delivered to your doorstep. You can easily convert the current UPS to solar UPS and a 24V charge controller can be used with the solar panel.
You can keep a space of 2 meters for installing 2 of these panels for a sustainable lifestyle. Use this solar panel to power all the appliances in your home starting from TVs, refrigerators, laptops, etc. If the power generated by a single panel is not enough, connect it with a few more panels. You no longer have to deal with any power cut problems and have a self-sufficient power source right at home.
The different types of 375-watt solar panels are based on two factors- the mounting type, and the technology used.
a. Mounting Type- There are two ways in which solar panels are mounted or fixed to someplace. Thus, there are fixed solar panels and flexible solar panels.
1. Fixed Solar Panels- The fixed solar panels are the conventional type of solar panels that have been available in the market for quite some time now. These solar panels are fixed on the rooftop into a corrosion-resistant aluminum frame. An EVA film and a TPT back sheet are used to design the solar panels.
Fixed solar panels are used for multiple purposes on the utility, commercial, and residential scale and hence, they are commonly found in the market. You can install these solar panels in boats, small cabins, and trailers.
2. Flexible Solar Panels- With a growth in the demand for portable appliances, the popularity of flexible solar panels became unparalleled. The best 375-watt solar panels are now mostly flexible so that they can be carried from one place to another easily. These solar panels have been designed to be compact and lightweight for this purpose.
Solar panels across the country are designed based on two technologies- monocrystalline and polycrystalline. 375-watt solar panels are available based on either of these two technologies.
1. Monocrystalline Solar Panels- These are the more superior-quality solar panels that are not only more efficient, and durable but also more expensive. It has an efficiency rate of 18-25% which is higher than that of polycrystalline solar panels. They have round edges and a dark black look which makes it easy to recognize them.
As the name suggests, these solar panels are made using a single crystal seed that is turned into a solid crystal structure after placing the seed in molten silicon. A single solar cell is then formed by integrating the sliced silicon wafers. Brands usually offer a 25-year warranty on the panels and they tend to last even longer than this in most cases.
2. Polycrystalline Solar Panels- If you are looking for a low-cost option while buying solar panels, those made using polycrystalline technology are the ideal ones. The low price does not mean any compromise on quality. Premium-quality materials are used to make polycrystalline solar panels as well.
However, these solar panels boast a 17-20% efficiency and last for a shorter period as well. Multiple crystals are used to make them and you can easily recognize a polycrystalline solar panel by its blue color. They usually have a lifespan of 25-28 years which is slightly less than that of the monocrystalline solar panels.
Another crucial factor that must be taken into consideration before buying the best 375-watt solar panel is the weight of the panel. This is important because it directly dictates how portable or heavy the solar panel is. Look for a lightweight and ultra-thin solar panel if you wish to move around the panel frequently and also if the rooftop space is limited.
Flexible solar panels weigh less than 2 kgs and hence, it’s therefore well suited for being moved around. The less weight of these panels is also advantageous as when there are storms or heavy snowfall as it reduces the chance of any major damage. It also reduces the pressure on the rooftop.
All 375-watt solar panels are designed using the same measurements with slight changes here and there. These dimensions are decided based on the power that the solar panel generates. 375-watt solar panels are medium-sized and the size is ideal for both residential rooftops as well as commercial buildings. However, if you wish to power many appliances at the same time, you will have to connect many such 375-watt solar panels to generate sufficient power.
Before buying the best 375-watt solar panel, you must make sure that you are aware of the price and that it is at par with your budget. Begin by deciding on a set budget for your purchase and try to stay within it. However, do not compromise on the quality of the solar panel just to meet your budget. A cheaper model might look appealing but make sure that it has a 25-year warranty and the service is provided by the brand.
Efficiency is a factor in which you cannot compromise no matter what. Space is usually an issue, especially when you are trying to install it in a residential area. All this considered, every inch of the space available counts and must aid in the generation of power. Moreover, the power generated by a particular module decreases over time, and hence, choosing a low-efficiency solar panel might not be a great idea.
Look for a solar panel with a high-efficiency that also fits into your budget. This way you can ensure that there is enough electricity for all the appliances in your home or office.
The most important and the first step in installing a 375-watt solar panel is to organize the space where the modules will be installed. You must first take a close look at the space where the panels will be set up; be it the rooftop of your home or any commercial building. This will help you envision how you might place the solar panels.
Organize the space before installation or during installation by making sketches and plans so that the solar panels are well-distributed.
The next step in installing the best 375-watt solar panel is the installation of the mounting brackets. It is better to install the mounting brackets while you are still on the ground and before you go to the rooftop. This way you can save on any additional labor expenses.
This is an important step in the installation process. The other components of a solar system are the charge controller and the battery. These need to be set up in the RV first. Once that has been accomplished, select the shortest path to connect the wires. A longer path will increase the chances of voltage drops as well as increase the power losses.
Once all the steps have been taken care of, it's time to start with the real work of connecting all the wires and placing the solar panels that were planned. The AWG wires (12-10 AWG) need to be passed through holes that you need to drill. DC breakers must be installed before this and fuses must be installed between the charge controller and the batteries.
A waterproof cable entry plate needs to be installed on the rooftop and this will be connected to the series or the parallel connection between the solar panels. Next, drill four holes that will hold the modules to the roof and then install each of the panels according to the plan. Bolts and screws will help get this done.
Yes, a 375-watt solar panel can easily run a refrigerator. It has been designed to be able to generate power that is enough for not just a refrigerator but also a TV, fan, air-cooler, and air conditioner.
12 units of electricity every day is usually sufficient to run an average Indian household with appliances like an air conditioner, microwave, laptop, refrigerator, fans, lights, and so on. Ideally, 4 375-watt solar panels can produce 12 units of electricity. Thus, 4 solar panels can be connected to run a house.
The cost of a 375-watt solar panel depends on the brand from which you are making the purchase. However, the average price range is Rs.11,000-12,000 INR. It might differ slightly from one brand to another and also depending on the technology of the solar panel- whether it is a monocrystalline or a polycrystalline panel.
We have examined some of the best 375-watt solar panels in India that can be used for different purposes, starting from residential to commercial use. Some of the top-most brands that we have highlighted are Luminous, Loom Solar, Bluebird, and Sunfuel. Whatever choice you make, remember to take into consideration the important factors of types, dimensions, weight, price, brand, and efficiency. This article aims to guide you in your journey to adopt an environment-friendly way of generating electricity for your home.
The ever growing popularity of solar energy is great when it comes to environmental sustainability. Our collective future hangs in the balance now more than ever and it is high time that harnessing renewable energy is realized to the best possible extent. Solar energy as a resource can be reliably used to fulfil our power requirements and more and more people have put their faith in it and are now reaping the benefits. However, the joy of using solar energy is two-fold. Not only does it let you manage your energy bills better, it also helps you reduce your carbon footprint.
Ever since it was discovered that solar energy could be stored and collected, the energy source has seen rapid growth in various parts of the world. We might even entertain the possibility that someday, all conventional sources of energy would eventually be replaced with solar and renewable energy. In this article today we will try and assess the environmental impact of solar power. We will speak about different ways in which solar energy is better for the natural environment as compared to the traditional conventional sources of energy. Apart from this we will also discuss some of the costs and negative trade-offs that are associated with potential higher levels of solar energy usage.
The potential environmental impact of solar energy usage on a large scale can be divided into various subcategories such as land use impacts, ecological impacts, impacts to water, air and soil as well as its impact on society and economy. It's also important to mention that these impact assessments can vary depending upon the types of technology used by different solar energy systems.
Land is a very important factor if we are to produce large scale solar energy that can be a genuine replacement for electricity. Such a solar energy system would require a lot of land for the production as well as the collection of energy. As a result of this, there can be genuine ecological fallouts with regard to ecological balance in different areas. The effect on flora and fauna could also be significant and these factors should be thought of prior to establishing a massive elaborate solar energy grid that can fulfil the needs of numerous households in a particular area. Special attention should be paid to wilderness or recreational zones or parks while setting up solar energy grids.
Another aspect that should be carefully considered is that the local ecological balance could also get altered as a result of activities such as exploration, extraction, manufacturing and disposal of manufacturing and settlement processes. This could lead to significantly high energy footprints. Effective evaluation should be undertaken prior to planning procedures for the solar energy grid. There might be areas where the damage can be mitigated through careful and dedicated usage of the right inputs, time and effort. However, there might also be other areas where the balance is delicate that once it is disturbed, it can never be restored.
Any moderate to large scale construction of solar energy grids requires a great deal of cleaning and grading of the soil. This results in the compaction of soil overtime and also leads to alteration of traditional natural drainage channels which could cause issues related to the flow of water from local streams and waterbodies. With higher levels of construction comes higher risk of soil erosion which has a number of different adverse consequences for the region and its biodiversity.
Often, large scale solar energy projects require central tower systems. Each of these towers need to be maintained and they consume a lot of water in order to remain cool. This is a serious concern in arid settings and should be adequately investigated before any major solar project. Apart from that, keep in mind that higher water demand is a strain on the ecological balance in any environment..
Along with this there are also factors such as chemical spillages which need to be considered. Chemical spillages often result in groundwater contamination that could take years to reverse and this could create major problems for not only the local human population but also the flora and fauna.
Any kind of large scale industrial facility will always cause certain environmental issues for the air in and around the area, including a solar energy installations. Hazards to air quality can be because of different reasons and adequate safeguards should be put in place to combat these issues. For instance, one of the biggest issues surrounding solar installations involves the release of pathogens which are carried by the soil. This eventually results in increased levels of suspended particulate matter and this could also have the effect on contamination of reservoirs.
A lot of people have reported on the adverse effects of contamination as a result of the residue and excesses of heavy metals used in solar power installation areas. Some heavy metals pose contamination risks to the various biological and ecological balance in open areas.
Metals such as Cadmium Telluride are notorious for causing minor to significant damages to ecological diversity. It is important to mention, however, that similar contamination occurs on a much larger scale in the case of coal and other industrial power plants which are engaged in manufacturing traditional metals and energy sources. According to some estimates, coal plant installations cause up to 300 times more pollution as compared to solar power installations.
Besides the ones we have already mentioned, solar power installations could also have other social and economic impacts.Things such as construction of the facility would result in the creation of jobs of various kinds and this could bring positive change. .
Apart from the income drawn as wages and salaries, there would also be a requirement for specialized services and maintenance work for the construction and daily operations of the project.
. The construction of large scale facilities create a demand for migration of workers to the specified area and this affects things such as housing, public expenditures as well local government involvement.
At this point in time, solar panels do not have a great deal of recyclability. This is because there aren’t enough locations to carry out the recycling and it's not economically viable to recycle panels. .
This is rather unfortunate as solar panels often contain a lot of precious metals such as silver, tellurium and indium. All of these metals suffer from varying degrees of scarcity and there is a lot of scope to recycle them for future use. There is a lack of awareness when it comes to recycling potential of solar panels and this needs to change.
In this article today we tried to give you a comprehensive picture of the environmental impact of solar panel installations. We started off with a brief intro where we discussed the ever-growing popularity of solar panels and the numerous benefits it provides. Then we moved on to detailed explanations about the different kinds of impacts on the natural environment that could occur.. We advocate for increased recycling as the way forward to tackle these detrimental impacts and we hope you found this information useful. Until next time!
Alongside the type of solar panels you buy, their placement and direction is equally important. The panels can absorb the maximum energy when the sun’s rays hit them perpendicularly. You can ensure that the solar panels generate a sufficient amount of power when they face the right direction and have the correct tilt so that they receive maximum sunlight for a long period of time.
Energy production significantly increases in a few cases with the help of solar tracking systems that guide the solar arrays to follow the sun. In this article, we will discuss some important topics related to the direction of solar panels, the angle of their tilt, and so on. We hope that after reading it you will be able to reconfigure your solar panels to maximize energy production.
The direction that your solar panels face depends entirely on your geographic location; that is, whether you live in the northern or southern hemisphere of this world. The general rule of thumb when it comes to setting up solar panels for those living in the northern hemisphere is that the panels must face true south and in the southern hemisphere, they must face true north. These directions are ideal because the solar panels can receive direct sunlight throughout the day only in this manner.
You must, however, know the difference between magnetic south and true south to avoid any confusion. Magnetic south is the direction that the compass points towards and that is the Earth’s south magnetic pole. Whereas, the solar panels need to face the solar or geographic south, which is the direction of the South Pole. The same is the case with magnetic north and true north.
The direction might vary as per the usage of the solar panels. In certain cases, it might be beneficial to slightly rotate the panels away from the south direction and more towards the south-west. While directly facing the south might help the panels collect more energy, rotating it away might help in generating maximum power when it is required. If you use your solar powered appliances more frequently in the evening, for example, and if the panels face the setting sun, they can produce more energy for this time of the day.
It becomes ideal to make the panels face east when solar collectors are being used to heat and light up your home. Sunlight is needed the most if you wish to warm the house for the day.
Ideally, solar panels generate maximum energy when they are south facing as compared to any other direction. However, the solar panels on your terrace may face the east or west direction. These panels produce 15% less energy on average when compared to south-facing solar panels. Even if the efficiency of the solar panels is lower when they are west or south-west facing, they will be more economical as the time-of-use billing will be less.
The time-of-use billing is at its peak during the afternoon and for those households that do not require power throughout the day, west-facing solar panels are perfect. This way you can have solar panels installed on the rooftop and still save a lot of money.
East-facing solar panels are not that uncommon either, even though they generate only 80% of energy. However, it is crucial to have net-metering for east-facing solar setups. This means that you are charged with the electricity bills as per your net electricity usage and this will help you save money.
Solar panels should face north when they are placed anywhere in the southern hemisphere which includes places like Australia, South America, or some Asian islands. It will receive maximum sunlight when facing north and this will culminate in a lot of energy production for all the appliances in your household. However, north-facing solar panels are ideal only when there are no obstructions on the northern side like buildings or trees.
North-facing solar panels tend to be best suited for people or families that stay home throughout the day. Since they are home for so long, the use of appliances like pool filters, washing machines, clothes dryers, etc. is also more. Solar panels facing the north direction yield more energy and hence, they are ideal for such households. In many cases, it is possible to have the panels face different directions.
While some might face north, others can face west so that the effect is somewhat like that of the north-west facing panels. This generates the least energy in the morning and the maximum energy in the middle of the day and the afternoon. This is a good thing if you wish to save money on your electricity bills.
The solar panel tilt angle is yet another important factor that needs to be considered before you buy solar panels for your rooftop. You must have adequate knowledge about this to be able to assist the solar panels to generate the maximum energy for your home. The tilt or verticle angle of the solar panels . should directly face the sun for ideal absorption of sunlight
You must angle your solar panels depending on the latitudes of your location to produce maximum energy. ]. For example, if the latitude of a particular place is 50 degrees then the optimal tilt angle should also be 50 degrees. The closer the solar panel gets to the equator, the more vertical it must be.
They must tilt towards the equator if they are closer to the poles.. Certain climatic and environmental factors also influence the tilt angle of the solar panels. In places prone to heavy snowfall, the sun’s rays can be easily obstructed or even blocked with low tilted solar panels not getting much light.. This leads to a great deal of energy loss in places like Canada and the like. Places prone to dirt and debris can also have a bad effect on low-tilted solar panels.
The sole purpose of the correct tilt angle for solar panels is to maximize the production of energy so that all the appliances in your home can depend on solar energy. It can be quite tricky to figure out what is the correct angle for solar panels because of the changing position of the sun throughout the day. In an ideal situation, you would be able to change the tilt-angle of the solar panels to suit the direction of the sunlight but that might not always be possible. Therefore, you must place it at an optimal angle.
A steep angle of 60 degrees tilt is considered to be the best option to get the most out of your solar panels.. During the springtime, the best tilt-angle is 45 degrees and once summer comes, you might want to have a low-tilt angle for the solar panels; preferably 20 degrees.
You must know how to calculate the correct angle for solar panels and articles like this one can provide helpful guidelines on how to do the same. Solar panel angle calculators are beneficial in these cases, but you can also do the calculations on your own. Calculating the tilt angle during summers is quite different than calculating this angle during the winters. Two main methods are used for such calculations.
One way of calculating the correct angle for solar panels is by subtracting 15 degrees from the latitude of the solar system. This is for summer days. You must add 15 degrees to the latitude for the winter days. This method has been criticized for not being very reliable. The second method for doing this calculation is by multiplying 0.9 to the latitude of the place and then subtract 23.5 degrees from the result.
This calculation is once again for the summer season. For the winter season, repeat all the steps and then add 29 degrees to the result.
There are a few other factors that affect the solar panel tilt-angle that you must take into consideration before purchasing a solar system.
Most people decide to invest in solar panels and install them on the roof because they guarantee an enhanced exposure to the sun without any obstruction. Most roofs have an inclination of 30 to 40 degrees which ensures that the panels get maximum exposure to sunlight. However, in many cases, if the inclination is bigger, it becomes difficult to achieve the ideal angle for the panels.
In certain other cases, the optimal angle might be lower than the roof angle. The best thing to do in this case is to install the panels flat on the roof. You might also get a low-angle roof made but that will require a lot of money as well as time. A racking system can be built to hold the solar panels the right way when the roof has a small inclination. Racking systems are mandatory for flat roofs.
Only by following these specific instructions and guidelines, you can achieve the correct tilt-angle and direction for the solar panels.
We have already spoken a great deal about the direction of solar panels. This is the most crucial aspect of setting up a solar system since many other factors such as the tilt-angle, the power output, the durability of the panels will all depend on it.
Yes, solar panels can face different directions if they cannot face the ideal direction, that is the true north for the southern hemisphere and the true south for the northern hemisphere. You can make the solar panels face both north and west directions if needed. You can even have the solar panels face more than two directions if required.
The angle of a solar panel can greatly affect the output that it yields. Based on the position of the sun and your geographical location, adjust the tilt angle of the panel. The correct or the ideal angle will help produce maximum energy.
Solar panels can work quite well on flat roofs as well. Most commercial buildings have flat roofs and can accommodate the flat roof solar systems quite well. You can use them in domestic buildings as well.
The solar hour angle is the angle of the sun in relation to the solar panels at a particular hour. For example, at 11.30 am local apparent time, the hour angle is -22.5 degrees.
A large section of the population is gradually shifting to solar energy not only to save the environment but also some money. For first-time buyers, understanding the workings and various aspects of a solar system can be quite challenging. Hence, we have gathered important information on the two most basic components of solar panels- their angle and direction. Hope the article is useful!
Solar panels are the most essential component of any solar PV module, and they are an ingenious way to produce energy to power your home or office. Solar panels can help cut down your carbon footprint, as solar energy is a renewable energy source with no carbon emissions. In recent years, people are switching to solar PV systems to reduce their dependence on conventional energy sources and bring down electricity bills. Today, a number of solar panel manufacturers exist in the market, with each of them making a range of panels of different kinds and of different outputs. For an ordinary customer who is making the transition to solar energy, choosing the right solar panel can be a bit tricky.
Solar panels worth 100W of capacity are generally suited to power homes and small offices. In this article, we will help you choose the best 100W solar panel for yourself. We will review some of the best 100 Watt solar panels in India and discuss some of the important factors which you must take into consideration while buying a solar panel. We will also answer some of the most frequently asked questions regarding these products. Go through this article to make the choice which best suits your requirements.
The following are some of the best 100W solar panels available in the market:
Luminous is a popular brand for electrical appliances and batteries in India, and the company is also a leading manufacturer of solar panels. All its solar panels come with BIS certification and comply with IS/IEC standards. This 105 W polycrystalline solar panel offered by the company is no exception. It features 36 polycrystalline cells made from many silicon panels fused together. The speckled reflective appearance of these solar cells and the thickness of the slices are clearly visible. Polycrystalline solar panels are more suited for the weather conditions in India, and this panel is designed to withstand extreme weather conditions, such as strong winds and snow loads up to 5400Pa, allowing it to last for decades.
Besides, the use of Grade A solar cells with PID resistant technology generates up to 5 percent more power as compared to the traditional solar panels. The Grade A silicon solar cells are fitted with a powerful reflector, which helps redirect sunlight back from the cell. The space required to install this panel is also not much: it requires only 10 sq. feet of area to install a single panel of this kind. Besides, this Luminous solar panel also comes with a wire of 1000 mm length for a reliable connection.
With an IP 65 rating, this panel offers the best-in-class conversion efficiency. In addition, this solar panel features an anti-reflective coating and back surface field for more light absorption. Moreover, the advanced EVA encapsulation offers a greater degree of module protection.
On the performance front, this solar panel has an open circuit voltage of 22 volts and an optimum operating (Imp) of 5.82 Amps. The short-circuit current (Isc) of this solar panel is 6.28 Amps and the panel offers a module efficiency of 15.14 percent. The maximum power voltage offered by this panel is 18.05 V. Luminous also offers a 5 year warranty on the product, alongside a 25 year performance warranty. With these incredible specs and features, this Luminous solar panel is one of the best 100W solar panels in India.
Sukam is another leading manufacturer of solar panels in India. Most of its solar panels are made from pure silicon, glass and aluminium, and this 100 W, 12 V solar panel is no exception. This is a polycrystalline panel, and is well suited for Indian weather conditions. Sukam tries to minimize or avoid the use of toxic materials like cadmium and arsenic, which are commonly used in many low grade thin film panels, thus minimizing the threat posed to the environment.
In order to maximize power generation, the gap between the frame of the module and solar cell is maintained at an optimum level on this aolr panel. This is done to eliminate shading. Moreover, the use of the highest quality A Grade solar cells results in further maximization of output and also adds to the life of this 100 W panel.
Since this panel is particularly designed to meet the requirements of Indian weather conditions, it promises great performance even under extremely hot weather conditions. Furthermore, this solar panel comes with an Optical Low Iron Tempered Glass, which has very strong permeability and is resistant to shock, and thus, adding to the lifespan of the panel.
This Sukam solar panel also features an advanced UV resistant backing. The use of the encapsulant, ethylene vinyl acetate (EVA) offers a cushioning to the solar cells within the laminate and thus, protects the cells from etching. Sukam also offers a 5 year warranty on the panel, and a long, 25 years of performance warranty. It is, thus, an excellent choice of a panel for a home or a small office.
Microtek is a popular electrical appliances and battery manufacturer in India, and has recently entered the solar market, with their premium quality solar panels for homes and offices. This 100 W, 12 V panel offered by Microtek makes use of an advanced EVA encapsulation for better module protection. Moreover, the use of a high transmission toughened glass surface, not only adds to the durability of this solar panel but also enhances its performance.
The solar cells used on this panel have extremely low rates of degradation, and the panel can easily last for more than 30 years, if maintained properly. The panel is ideal for both on grid and off grid applications. Moreover, it features an anodized aluminium frame offering a high degree of structural support for mounting and shock resistance.
The manufacturing process of this panel adheres to stringent quality checks, and the panel is tested to withstand adverse environmental conditions. It is suited to meet the requirements of extreme weather conditions in many parts of India.
Microtek also offers high quality, IP 67 rated, MC4 compatible connectors along with this solar panel. On the performance front, this 100 W, 12 V solar panel has a Voltage at Maximum Power (Vmp) of 17.46 V and a Current at Maximum Power (Imp) of 5.73 Amps. Besides, there is a 5 year warranty on the product, and a 25 year performance warranty offered by Microtek. All of these features make it an ideal choice of solar panel for your home.
Bluebird Solar is an Indian solar company that makes different kinds of monocrystalline and polycrystalline solar panels for the Indian market. The company claims that its products are carefully tested and inspected before they reach the market. This 100 W, 12 V monocrystalline solar panel offered by Bluebird is one of the best in class monocrystalline panels in the market. It comes with 36 5BB high efficiency solar cells for an efficient, long lasting performance.
The use of AR coated tempered PV glass makes this a highly durable product. Moreover, this solar panel is fitted with heavy duty silver anodized aluminium frames, which makes it resistant to strong winds. It is also PID resistant, and salt mist and ammonia corrosion resistant. The panel is certified to withstand extreme environmental conditions that are witnessed in many parts of India. Moreover, it comes with IP 67 rated connectors, which are strong, efficient, durable and reliable.
On the performance front, this solar panel offers a maximum voltage (Vmp) of 20 V, and a maximum current (Imp) of 3 Amp. It has an Open Circuit Voltage (VOC) of 22.5 V and a Short Circuit Current (ISC) of 5.3 Amps. This solar panel has a module efficiency of 18.4 percent.
The use of innovative cell technology in this solar panel results in reduced Balance of System (BOS) costs. Thus, you get a great return on investment. Moreover, Bluebird offers a product warranty of 10 years and a performance warranty of 25 years. This panel also works well when the sky is cloudy, or when lighting conditions are poor. It is an ideal choice of solar panel for home lighting systems and solar street light systems.
Finally on our list, we have Loom Solar’s 125 watt, 12 V Monocrystalline PERC solar panel. Loom Solar is an Indian company, which particularly specialises in making monocrystalline panels for homes and commercial spaces. This 125 W panel makes use of innovative cell technology to ensure an optimum level of solar power generation, and thus, offers a high value for money.
The A+ Grade, anti-PID monocrystalline PERC solar cells are designed for delivering great performance in the long run. The space required for installing this panel is just 16 sq. feet, and the product has been designed with aesthetics in mind. It boasts of a modern design and can blend well with the exteriors of your house.
There are 4 busbars and a total of 36 cells on this solar panel. Moreover, it comes with an IP 67 rated, MC 4 compatible cable connector, which ensures higher module efficiency. The diodes come preinstalled in the junction-box of this solar panel. In addition, Loom Solar claims that this solar panel can also work well when the lighting conditions are low and the weather is cloudy. However, we have no information about the warranty on this product.
The weight of the solar panel impacts its portability. If you are planning to install a panel on the rooftop of your house, it is easier to carry the panel if it is lightweight. Besides, weight is an important factor to consider as well because certain roofs are designed to withstand weights only up to a certain level. Additional weight can pose a danger to the structural integrity of your building. This is particularly important to consider if you live in an area, which frequently experiences hail storms and snowfall.
The dimensions of a solar panel are usually directly proportional to their output. However, this might not always be the case. A number of good quality and expensive solar panels can fit in a smaller space when compared to low-budget solar panels with the same rating. Before buying a solar panel, take proper measurements of the space where you are going to install the panel and make your purchase in accordance with the space available.
As with any other product, price is an important factor to consider while buying a solar panel. There are a number of affordable, low budget solar panels available in the market, which the consumer might find desirable. However, not all these panels boast of a good quality. Since buying a solar panel is a huge investment, you must be careful while choosing one. Go for a panel which should last for at least 25 years. It is always good to buy products offered by trusted brands, some of which have been listed in our reviews of the best 100W solar panels in India.
It is important to keep in mind that due to solar cell degeneration, the power generated by a solar panel reduces over time. Therefore, choosing a product which features a low efficiency is not a wise investment decision to make. Choose a solar panel with the highest possible efficiency, even if it requires you to make slight adjustments in your budget. In this way, you can make sure that you will have enough power for your appliances in the long run.
Traditionally solar panels have been fixed units, with an EVA film and a TPT back sheet cover, fixed into a corrosion-resistant aluminium frame. In fact, fixed solar panels are the most common in the market. They are used for both commercial and residential purposes. Low output, fixed, mounted solar panels are generally used for boats, RVs and trailers with flat rooftops.
Flexible solar panels are a new introduction in the solar market, and are quickly becoming popular. They can bend up to 30 degrees and are therefore considered the best solution for curved surfaces in trailers and yachts. Another advantage of these panels is that they are lightweight and ultra thin. They are also a great choice for campers, as they are easy to install. However, a drawback found in flexible solar panels is that they are available only in 50 W and 100 W options.
Monocrystalline solar panels offer a high degree of module efficiency (18 to 25 percent). Their distinct homogenous, dark black look and rounded edges makes them easily recognizable. As the name suggests, monocrystalline panels are made from a single crystal. The single crystal seed is placed in molten silicon and is left until a solid crystal structure, known as a cylindrical ingot is formed. In the later stage, the crystal is cut into silicon wafers, which are then integrated into a solar cell. Due to their manufacturing process, monocrystalline solar panels tend to have longer lifespans, ranging between 25 to 35 years. Thus, one gets a high return on investment on monocrystalline solar panels.
Polycrystalline solar panels are a lower-cost alternative to monocrystalline panels. While they came to the market before monocrystalline panels, they have a lower degree of efficiency, with module efficiency ranging between 17 and 20 percent. Understandably, polycrystalline panels differ in terms of manufacturing process from the monocrystalline panels. They are made from multiple crystals cut in square ingots, offering a heterogeneous blue look. They tend to have a shorter lifespan, too, as they can last between 25 to 30 years.
There are a number of factors which influence the total time required by a solar panel to charge a battery. The size, type, and state of the battery are some of these factors.
Considering that you are using a 50 Ah battery, a 100 W solar panel will usually take 9 to 10 hours to charge the battery, when completely drained. This is because a 100 W, 12 V solar panel produce around 5.5 amp hours of energy per hour.
However, if your battery is old or the cables are damaged, it will take a much longer time for the solar panel to charge it. Besides, weather conditions, and factors like position of the sun, etc. can also impact charging time.
Charging cycles are invariably slower on cloudy days. The best 100 W solar panels in India which we have reviewed in this article are of good quality, and therefore, they shall offer faster rates of charging under bright lighting conditions.
No. A single 100 W solar panel cannot run a regular refrigerator. Firstly, for running a refrigerator, you need to have a battery which is rated at around 10 times the running wattage of the refrigerator. This is necessary to ensure reliable functioning.
This means that even if you are using a small fridge of 130 watts, you need to have an inverter with a rating of 1500 watt. A 100 watt solar panel will take days to charge an inverter of that capacity. Therefore, it is impossible for a 100 W solar panel to run a refrigerator.
Unlike a refrigerator, an LED or an LCD TV does not consume a lot of power. Therefore, if you have a small LED or LCD TV, your 100 W solar panel can keep it running for around 5 hours without any difficulty.
Solar panels are becoming more and more popular, reducing humankind’s dependency on pollution causing fossil fuels.. Today, solar panels are being used in a variety of spaces and are being used to power homes, offices and utilities. As such, they are widely available in the market. However, choosing a solar panel can be a bit tricky, as there are a number of things to be aware of before making any such purchase.
Therefore, in this article, we offered you a buyers’ guide for 100 W solar panels in India. We reviewed some of the best 100 W solar panels in India, and listed down all the important factors which one must be aware of before buying a solar panel. We also answered some of the frequently asked questions related to thesesolar panels. Go through this article thoroughly and buy a solar panel that best suits your requirements.
Solar panels are an ingenious way of producing electricity without harming the environment in the form of carbon emissions. Photovoltaic solar systems have been in existence for long and a question that many customers, both the pre-existing users and those planning to switch to solar systems, ask is ‘how long do solar panels last on average’. In this article, we are going to elaborately answer all the concerns related to the longevity of solar panels. We will also talk about maintenance and warranties of the solar panels so that you can have a good idea before making a transition to a solar PV system for your home or office.
According to a research conducted in 2012 by the National Renewable Energy Laboratory of Colorado, US, the output of a solar panel reduces by 0.8 percent on average, every year. This degradation rate translates into a 20 percent reduction in total power output generated in the 25th year. In other words, after 25 years, you will obtain an energy output of 80 percent as compared to the output in the first year of installation. However, it is important to note that this study was based on the analysis of older solar panels. Over the years, improvements in technology have reduced this degradation rate, and this translates into higher output, even after many decades of usage. In addition, the degradation rate depends on a number of other things, such as the brand of the panel, as well as the type of the panel used . In sum, we can say that even after many years, solar panels are going to work just fine, retaining most of their initial output produced.
There are two main factors responsible for the degradation of solar panels: a) the type of the panel b) the impact of natural forces like weather and climatic conditions. Speaking of the type of solar panels, crystalline panels offer a greater degree of resistance against extreme weather conditions, and they can withstand heat and cold for more than two decades. Film panels, on the other hand, are more sensitive to changes in weather conditions and the process of degradation starts quite faster.
The location of your home and office and the underlying weather and climatic conditions of the area are another important factor responsible for the degradation of solar panels. Areas receiving strong wind blows, hailstorms, heavy snow loads, and exhausting heat and humidity tend to have a significant impact on the longevity of solar panels. On the other hand, solar panels installed in areas with favorable climatic conditions will degrade at a much slower pace.
Solar panels require regular check-ups by professionals from time to time. Proper maintenance can keep your solar PV system in good condition for a long period of time. Make sure that the installer thoroughly examines all the panels of the solar PV system each year. In this way, you can avoid some serious defects, which show up with solar systems. However, make sure that you allow only a certified solar PV system installer to carry out inspection and repair work, and not to attempt doing it yourself. Solar panels are complicated devices, and you can make things worse by trying to fix things on your own . It can also lead to the annulment of warranty on your solar panel. Regular maintenance work will reveal any potential problems with the panel, such as exposed wires or loose racking.
Apart from the solar panel, there are other components in a solar PV system which needs attention. They are important for the healthy functioning of the system. The standard inverter battery, for example, has a lifespan of 15 years, and need to be replaced at some point during the lifetime of your solar PV system while the microinverters last for a longer period and requires to be changed only once in 25 years.
Since wind and adverse weather conditions can affect the longevity of the panel, make sure that you choose the location wisely before installing. For example, mount them tightly and securely to the roof, so that the solar panels are not affected by strong winds. Similarly, ensure that there is no object standing close to the panel, which deflects the sunlight. Besides, make sure that the solar panels are clean, without dust piling on top of them.
Warranty is an important factor to consider while buying any appliance or device, and solar panels are no exception . Besides, solar panels involve a huge investment and therefore, it is always smart to protect yourself against incurring extra costs, in the long run. Usually, solar panel manufacturers offer a warranty period of 25 years, which means that the system will generate an acceptable amount of energy during this entire period, without much degradation. Besides the production warranty, manufacturers also tend to offer 12 to 15 years of equipment warranties on solar panels. Equipment warranties cover defects, as well as environmental damages to certain parts of the solar PV module.
Solar PV modules are a relatively new technology, and solar panels have become popular only in the last two decades. Most of the solar panels that are currently installed are a decade and a half old, and therefore, not much data is available to understand the condition of solar panels after 25-30 years. However, there are examples where solar panels have outperformed their factory specifications and their specified lifespans, offering longer periods of uninterrupted usage.
Solar panels are an environmentally-friendly alternative, as they minimize carbon emissions. Besides, there is no wastage associated with them, as once installed, the solar PV system continues to work for decades. They just need to be checked and cleaned at regular intervals.
Proper disposal of a solar panel is something worth considering, since generating waste is not desirable. Once you decide to replace your old panel with a new one, you must look for companies that deal with the recycling of solar panels. At present , the solar panel recycling industry is at its nascent stage, because of the obvious reason that most solar panels are relatively new. However, this industry is going to expand and develop in the future, and we hope that disposing of old solar panels will become easier and more handy.
If not physically damaged, a solar panel can easily last for 35 to 40 years. A replacement is required only when the power output drops below 80 percent. As already stated, most solar panels can effectively maintain an efficiency level of over 80 percent, for about 25 years. The newer panels, on the other hand, have a degradation rate of about 0.5 percent per year, which means that it requires more than 35 years for the efficiency to drop below 80 percent. Physical damage is unlikely to happen to a solar panel because it does not have any moving parts.
There are a number of ways in which you can figure out whether your solar panel is undergoing deterioration. Following are some of them:
You can measure the output generated by the solar panel and compare it with its nominal rating and specifications. Make sure that you measure the output only at noon on a bright, sunny day, for optimal results. Some solar installations come with current and voltage displays, through which you can monitor their performance. However, if your solar PV system has no such display, you can use a multimeter to measure the output. If the readings are more than 20 percent below the nominal rating, then we can say that the panel might be wearing out.
Physical deterioration is something which is visible. Weather and climatic conditions are the most important reasons for physical deterioration of solar panels.For instance, hailstorms can cause cracks on the panels. Temperature differences can also result in cracks in the enclosure. A careful physical inspection can reveal any such physical deterioration. Besides, do not forget to clean the panel regularly in order to get rid of dirt and dust.
As already noted, the usual lifetime of a solar panel ranges between 30 to 40 years. If your solar panel is more than 25 years, with a significant reduction in performance then, it is time to change your panel.
Auxiliary components connected to the solar panel can also lead to a decrease in output. Each of these components themselves have a specific lifetime, beyond which it needs to be changed for a healthy functioning of the solar PV system.
In this article, we discussed in length about the longevity of solar panels. We not only answered how long solar panels last on average, but also many other related questions such as warranties, physical deterioration, maintenance, etc. Go through this article to resolve any queries regarding the longevity of solar panels.
Solar panels have become increasingly common in India these days, as people are gradually realizing how environment-friendly and cost-efficient they are in the long run. It is also the most reliable and sustainable source of renewable energy, in a world where the condition of the climate is deteriorating with each passing day. You may choose your solar panels to be off-grid or stay connected to it as per requirements.
Solar panels are available in a range of energy variants like 50 watts, 100 watts, and so on. Moreover, there are numerous brands, technologies, and different types of solar panels to choose from. This article will provide you with a comprehensive understanding of the best 50-watt solar panels along with some factors that must be considered before buying one.
Loom Solar is a popular name in the solar panel industry in India as most households that install panels tend to purchase it from this brand. The Loom Solar 50-watt panel is a mono-crystalline panel that is composed of mono PERC cells. The PERC cell technology was launched in 2020, which allows solar panels to generate maximum power from sunlight and perform with utmost efficiency.
The panel is small in size, highly portable, and lightweight so that you can easily change its position by carrying it from one place to another. Its dimensions are 2.2*1.4 ft, weighing 3 kgs. The brand is known for making some of the most efficient solar panels in the market that can generate energy even on low light or cloudy days. The innovative cell technology ensures maximum power generation.
This solar panel has been made using the 12-volt design for remarkably high performance despite the low power range and price. Loom Solar offers certain additional features like 4 busbars and 36 cells. For higher module efficiency, an IP 67 rated junction box with MC4 compatible cable connector is provided.
You can trust this solar panel to last for a long time as it is made of silicon cells, aluminum, and 3.2 mm toughened unbreakable glass. Moreover, Loom Solar offers a 25-year warranty on the panel which further guarantees its lengthy life-span.
Microtek is another Indian brand that has aced solar panel production with its state-of-the-art technology, great quality, and performance. Here, we shall review the Microtek 50-watt solar panel that has an energy rating of 12 volts. Ranked as one of the best 50-watt solar panels available in India, Microtek guarantees maximum energy production even with scarce sunlight.
This solar panel can power various appliances starting from street lights, solar garden lights, home lights, a DC pump connected to the shower, a 20 amp-hour battery, and more. A single 50-watt solar panel can provide 2.9 Amps energy that can be used for all sorts of things, from charging batteries to generating power for lights.
The Microtek solar panel has been designed to utilize maximum sunlight with minimum degradation. UV resistant polymer and high transmission toughened glass surface are used to laminate the solar cells to keep them protected. For the output connections, a rugged and weather-resistant nylon terminal box is provided along with the solar panel.
It is made of highly efficient monocrystalline as well as polycrystalline silicon cells. Structural support is offered by the anodized aluminum frame that also protects the panel against shock. This panel has been designed and manufactured to withstand adverse weather conditions and customers who have used it are a testament to its strength and perseverance.
Bluebird is a relatively new and lesser-known brand in the industry compared to either Loom Solar or Microtek. The 50-watt, 12-volt solar panel manufactured by Bluebird keeping in mind the needs of a solar panel user. This panel has been made using 36 5BB, highly efficient A-grade solar cells of exceptional quality. This makes the Bluebird solar panel better than any other monocrystalline solar panel.
The heavy-duty silver anodized aluminum frames make the panel strong enough to withstand extreme weather conditions such as high winds and snow loads as high as 5400 Pa. It has been designed to be highly durable and long-lasting against all odds. Additionally, the panel is also PID resistant as well as resistant to ammonia corrosion and salt mist. It comes with an IP 67 rated junction box and a 3 pass diode for long-term protection.
range of benefits offered by this solar panel includes higher area efficiency, better ROI, reduction of BOS cost, and more. Even when the lighting is low or not quite amenable, you can expect this solar panel to work efficiently. The panel can generate upto 4 units of electric energy.
What can you use this solar panel for?
Well, for a variety of things starting from power solar water pumps, filling stations, solar projects, EV charging stations, and ideal for home as well as commercial setups. There are pre-drilled holes behind the panel so that it can be fixed or mounted easily. The panel is ideally compatible with a 24 V inverter and battery. You can use two 12V batteries.
Bluebird offers a good deal with 10-years warranty on any manufacturing defect, and 25 years on the overall product.
Westfield is another brand that is new in the market, nevertheless providing tough competition to the existing companies. The Westfield 50-watt solar panel is delivered to you in safe and secure packaging with two layers of bubble wrap to prevent any damage.
The measurement of the panel is 66*46*4, which makes it compact and lightweight as well. The panel is protected with a 3.2 mm coating of toughened glass that is unbreakable. This 50-watt solar panel provides energy to run certain appliances like charging batteries, powering lights, and so on.
However, you must create the ideal conditions for the solar panel to deliver the best performance and results. The panel should be placed away from the shade of nearby trees or buildings, and has to face the right direction to receive optimal sunlight to generate maximum energy. Ideally, a south-facing solar panel can achieve this.
Maintenance of the panel is yet another factor that will ensure its proper functioning and durability. Clean the dirt and debris accumulating on the surface from time to time. If all these requirements are taken care of and the necessary conditions met, you will have one of the best 50-watt solar panels. Lastly, Westfield offers a 10-year warranty on the solar panel and a 25-year performance warranty.
Cinagro brings you its 50-watt monocrystalline solar panel with a 12V photovoltaic PV solar panel module. This module conversion makes the solar panel extremely efficient in terms of energy production With optimum sunlight, this solar panel is equipped to provide your home or office with the ideal energy output every day.
The bypass diodes take care of the power drop caused by shade or cloudy weather and ensures that the solar panel works well even in low lighting conditions. The panel comes with pre-drilled holes at the back so that it can be mounted or fixed easily. Extreme temperatures, high wind pressure, or heavy snow loads; this solar panel has been designed to withstand it all.
Even if placed outdoors, the panel is protected by the anti-corrosive aluminum frame. This extends the life-span of the solar panel by making it stronger and durable providing service for decades. The panel is ideal for charging 12V batteries as well as grid-tied applications. You can even use the energy generated by the panel to power lights, TVs, computers, caravans, and so on.
It comes with a 25-year warranty, but the product usually lasts for at least 30 years. It’s available in black and as a monocrystalline solar panel, the efficiency is 13-17%. The cost is slightly more expensive than polycrystalline panels because the efficiency is much higher and so is the durability. The initial high price you pay will seem like a good investment, once you start saving on the monthly electricity bills.
In the sixth place is Zun Solar, a brand that designs and manufactures a range of solar panels and other accessories for solar systems. This one is a 12V polycrystalline solar panel available at a fairly low price. It’s a perfect choice for those planning to set up a low-budget solar system.
Ranked as one of the best 50-watt solar panels, it produces upto 0.2 units of electricity daily that can be used to power various things. You can charge your mobile phone thrice or power a fan and an LED bulb for 6 hours every day. The panel has been designed with a robust structure so that it can withstand adverse weather conditions and still work efficiently.
The installation process for this solar panel is easy and hassle-free. It also requires very little maintenance. With the advanced PVM charge mode, the battery life of the solar panel can be extended. It also comes with an inbuilt overload and short circuit protection system that keeps you and your family safe from any electrical mishap.
You can check all the modes and other features on the LCD screen and there is also a USB port provided for connecting your phone. If there is a low-level voltage, the solar charge controller immediately identifies the problem and disconnects the system from the battery. The Zun Solar solar panel also comes with overcurrent protection and automatic temperature compensation technology.
Trust Basket has recently launched its 50-watt polycrystalline solar panel made of A-grade black silicon cells. It has been made using a 12 V design that captures sunlight and generates electricity from it. The high cell conversion efficiency is ensured by the silicon cells. This is what enables the solar panel to deliver quality performance.
It also allows the panel to function properly despite low-lighting conditions due to shade from a tree, building, or cloudy weather. The solar panel is quite compact and lightweight so that you can carry it to different places and use it to generate power. It even occupies very little space.
Long service life is further ensured as the panel is protected by multi-layered sheet laminations done using advanced material. You may use a single 50-watt panel or a chain of such panels to power your home, a commercial building, a van, a boat, a small shop, a cabin, etc. Its applications are multiple and versatile.
Solar panel used outdoors is protected by the corrosion-resistant aluminum frame that helps panels to last for decades without any significant damage. This panel captures maximum amount of sunlight which results in the generation of more energy to power the appliances in your house or office.
The panel has a waterproof design. It also comes with pre-drilled holes at the back for easy mounting. It is compatible with a range of mounting systems starting from tilt mounts to a pole mount. Like most polycrystalline solar panels, this one should ideally last for 25 years with proper maintenance.
Anekarth is an Indian brand that specializes in manufacturing solar panels for both residential and commercial use. It is a mono-crystalline 50-watt solar panel with a 12 V energy output. This solar panel functions efficiently even in low-light and cloudy weather conditions. It is small, compact, and lightweight and so it occupies the least amount of space on the rooftop.
The innovative cell technology of the solar panel ensures that optimum sunlight is absorbed during daytime. The silicon cells used to make the solar panel, enables this to happen. It is guarded by a strong aluminum structure that makes the panel durable and long-lasting thereby extending its life-span.
Moreover, the panel is protected from any external damage with a 3.2 mm toughened glass that covers it. There is a 10-year warranty on any manufacturing defect found in the solar panel. 25 years of warranty is offered by the company on the performance of the panel. You can well imagine if the warranty period is this long, how long-lasting the panel is.
The 9th product on our list of the best 50-watt solar panels in India is the RST solar panel that can be locally purchased or bought online. The panel is available in black and its measurements are 55.5*66.5*3.1 cm which makes it a compact and small solar panel. You will not have to worry about space while buying the RST solar panel.
The solar panel boasts of an A-grade solar cell that utilizes maximum sunlight to generate electricity worth 0.2 units. This can be used to charge batteries, power lights in your home, small shops, a boat, or even a cabin. This advanced cell technology also ensures that the solar panel puts up a great performance despite low lighting.
It has an aluminum profile that guards the panel against external damage. This protection is also guaranteed by a 3.2 mm unbreakable toughened glass. The panel is free of PID or any other harmful components. It comes with an IP65 junction box that is resistant to dust and water. If you are planning to install solar panels at a reasonable price, bring home the RST solar panel today.
Blue Solar, is yet another new solar system brand in India, in the 50-watt solar panel category. . It is a 12-volt polycrystalline panel that comes with innovative cell technology. Optimum generation of solar power is ensured by the silicon cells that make up the panel thereby getting a high value for your money.
The cell technology comprises of premium-quality A+ German cells. High-quality performance is ensured with glass protection and solar cells, which also makes the solar panel durable and facilitates it to last for a long time. The IP 67 rated junction box protectes the panel from damage by water.
The robotic manufacturing of the panel guarantees accuracy and the aluminum frame keeps rust at bay. Blue Solar provides a 25-year performance warranty along with 24*7 customer support. The panel can be easily installed and used to generate electricity for various applications.
Solar panels are designed on the basis of two different technologies- monocrystalline and polycrystalline. 50-watt solar panels are available based on either of the two. This is an important factor to be considered before you buy the best 50-watt solar panel.
Weight is another crucial factor to be taken into consideration, as it directly dictates how portable or heavy the solar panel is. If you wish to purchase a solar panel that can be moved from one place to another, it is best to buy one that weighs less and is preferably ultra-thin.
Flexible solar panels weigh only 2 kgs and hence, are the best for carrying around. Less weight is also an additional advantage during storms or snowfall, as it reduces the pressure on the rooftop.
All 50-watt solar panels boast of the same dimensions with slight changes here and there. The dimension of the panel is proportional to the power it produces. Thus, 50-watt solar panels tend to be the smallest in size, and hence, it is ideal for rooftops with less space. High-budget solar panels also tend to be smaller in size and more efficient as well.
A crucial point to be noted while buying yourself the best 50-watt solar panel in India is the price or budget. Though a cheaper panel looks attractive, do ensure a 25-year warranty and the brand’s service provided. Try to stick to reliable brands like Loom Solar, Luminous, Microtek, and so on, as they provide great service and can be easily held accountable in case of any mishap.
A 50-watt solar panel can take approximately 10 hours to be fully charged. d Depending on external conditions like the exposure to sunlight and low lighting condition, 9-10 hours is the average time required.
A single 50-watt solar panel cannot power too many things on its own, unless connected with a few other panels. However, it can still be used to charge 12-volt batteries, power lights in small shops, cabins, or even boats.
A 50-watt solar panel produces a maximum of 2.25 amps with 36 cells. This number might slightly vary from one brand to another.
The best battery to use with a 50-watt solar panel would be a 42Ah battery. You must avoid running any devices while the panel is still charging. Use the panel only once the battery is fully charged, as this increases the life-span of the battery and gives it a healthier life.
Solar panels are our beacon of hope in trying to save the environment from various man-made hazards. It is also the only way one can save money on electricity and learn to use power more carefully. While the initial investment might be expensive and it might make you hesitate, you will have no regrets once the monthly bills start coming in.
Choose solar energy over your regular electrical systems. This article is meant to be a guide to choose the best 50-watt solar panels in India. We hope the information provided helps you find the perfect solar panel for your home or office.
The solar energy industry in India is booming, thanks to the environmental concerns raised during the last four decades, leading countries across the globe to switch to non-renewable energy sources at an ever-faster rate than before. According to the statistics offered by the Ministry of New and Renewable Energy, Government of India, the installed capacity of solar energy in India has increased by 11 times between 2014 and 2019. India currently holds the fifth position in solar power deployment in the world, with an installed capacity of 30 GW. Solar tariffs in India are very competitive, as well.
Due to this rapid expansion in solar power installations, lakhs of jobs have been created in this sector. New companies have come up with numerous products in the market, and local R&D is making India one of the leading exporters of solar systems in the world.
This booming industry has plenty of job prospects and in this article, we provide insights into becoming a certified rooftop solar photovoltaic installer in India. It requires a great deal of expertise to install any solar system, and as the market for solar energy is fast expanding, so is the demand for certified solar system installers. Certificates act as proof of a person’s knowledge and expertise about solar PV installation. With the formal training that one gets for the certification, one can get employed with a number of leading players in the industry. In India, we have a number of institutes, both government and private, which offer certificate courses on how to become a solar PV installer. These institutes have different eligibility criteria, fee structures, course durations, course structures, etc.
In this article, we will discuss the various training programmes offered in solar PV installation by two different institutes in India - National Institute of Electronics & Information Technology, Aurangabad (NIELIT) and National Power Training Institute (NPTI). But before that, we will talk about the National Certification Course for Rooftop Solar Photovoltaic Installer by Gujarat Energy Research Management Institute (GERMI), which is offered through a number of private partner institutes spread across India. Go through this article to find out how to become a certified rooftop solar photovoltaic installer in India.
The Gujarat Energy Research Management Institute (GERMI) is a registered not-for-profit organisation, and a Scientific and Industrial Research Organisation (SIRO) recognised by the Department of Scientific and Industrial Research (DISR) of Government of India. The organisation is also a Schedule-I Environmental Auditor recognised by the Gujarat Pollution Control Board.
GERMI offers a National Certification Course for Rooftop Solar Photovoltaic Installer, which serves as a decentralised platform to develop highly skilled and qualified rooftop solar PV installers, and also pave the way for them to become successful professionals in the field. The course aims to train and certify 10,000 rooftop solar PV installation technicians every year throughout India. Currently, GERMI has 6 partner institutes to offer training but in the course of time, it aims to foster 100 partner training centres, and help empower them by building their human resources and infrastructural capabilities. The aim is to bring the global and the local together, by imparting world-class and standardised skills to solar rooftop PV installers across the country. GERMI has obtained all requisite clearances from government, utility and statutory bodies for this certification programme. The partner training centres have competent trainers and skilled technicians, and GERMI constantly monitors the overall process. Furthermore, a number of leading industry partners exist for this programme which include prestigious players like Tata Power, BHEL, Adani Solar, etc. The programme aims to provide a skilled workforce to the solar energy sector to meet its targets.
The following is the eligibility requirements for joining this certification programme:
This is a vocational programme for rooftop solar PV installation and the course spans over a period of 3 months, or 12 weeks. The trainee needs to undergo 204 hours of training, which is divided between 96 theory hours and 108 practical hours.
Upon completing this course, the certified installer should be able to do the following things:
Established in 1987 in the city of Aurangabad, Maharashtra, the National Institute of Electronics and Information Technology (NIELIT) is a premier public education institution. It is co-located inside the scenic campus of Dr. B.A.M. University and its campus spreads over more than 18 acres, with all kinds of facilities available for the students. In recent times, NIELIT has started offering a skill oriented Certificate Course in Solar Power Installation, Operation And Maintenance. The course offers expertise in the study of photovoltaic cells, system components, electrical circuits, solar system design, installation of solar PV modules in commercial buildings and homes, and so on. The course design comprises both theory and practical, and can effectively train people in developing skills related to rooftop solar photovoltaic installation. The combination of theoretical and practical knowledge will give the students the experience they need to be successful in this industry and perhaps even become entrepreneurs in the long run.
Choosing NIELIT for a certificate course on rooftop solar PV installation is beneficial for a number of reasons. Firstly, the institute conducts an independent and fair assessment through proctored online examination to determine the readiness of the trainees. Secondly, the certificates issued by the institute are linked with Digital Locker so that the prospective employers can easily verify them. Thirdly, the certificate course undertakes a project based teaching approach, emphasising on the latest industrial trends. You will also get the opportunity to learn from a highly qualified faculty and enjoy the best state of the art infrastructure. Finally, the NIELIT campus offers hostel facilities to its students, subject to availability.
Note that new batches are started during every even month of the year.
The fee structure of this certificate course is affordable, given the fact that this is a public institution. The following is the fee structure for this course:
Also note that no tuition fees are charged from meritorious SC/ST candidates.
Upon completing this course, the certified installer should be able to do the following things:
There are a number of employment opportunities that open up upon completing this course. It can help you become a self-employed entrepreneur; design electrical engineer for solar systems; area sales manager in solar, thermal and PV products; service in-charge, and so forth. You can learn more about this course here.
NPTI’s Skill Development Training Program on Renewable Energy is different from the two other certification programmes which we have talked about in this article. What makes this course different is its focus on renewable energy as a whole, rather than simply training students for installation of rooftop solar PV modules. This includes developing skills of the participants in various sources of renewable energy, including solar, wind, bio energy, small hydel power projects, etc. However, since this programme has a dedicated module on solar energy, the certification is fit for becoming a certified solar photovoltaic installer in India.
The module on solar energy is meant to train students in the following things:
Further, the students attending this programme are taken for a field visit to a solar power plant and also to a wind farm. The course offers an ample amount of theoretical and practical exposure to the students.
NPTI’s Skill Development Training Program on Renewable Energy is offered in two of NPTI centres, located respectively in Alappuzha, Kerala and Shivpuri, Madhya Pradesh. You can visit NPTI’s website for more information on this programme.
Since this is a highly specialised course, its eligibility criterion differs from the two other certification programmes.
One must be a diploma or a graduate engineer to enroll in this certification programme.
Thus, in this article, we offered a detailed guide into how to become a certified rooftop solar photovoltaic installer in India. We discussed three different certification programmes which are currently offered by different institutes in India for becoming a certified solar PV installer. Go through this article thoroughly to get an idea about these programmes. If you are planning to undertake a course in solar PV installation, choose wisely, depending on your requirements, centre location, course duration, expectations from the course, etc.
The solar power market in India is gradually becoming bigger and bigger. More and more people are learning of the cost and sustainability-related benefits that solar energy provides. Since the turn of the century, we are seeing more and more widespread usage of home-based solar systems. The ever-growing popularity of residential solar systems has meant that there has been a steady increase in the number of companies who are engaged in the manufacturing of solar equipment. By solar equipment, we mean everything that is required to set up a solar-powered residence including solar batteries, connectors, solar panels, and a lot more.
In this article today ,we compiled a list of the best solar system for home in India. We also have a section where we will discuss some of the intricate aspects of how to judge the value of a solar power system. Last but not the least, we will discuss a few frequently asked questions relating to the setting up of a solar power system. Hopefully, by the end of this article, you will know a lot more about solar panels and you will be in a better position to set up a solar power system for your home.
We will start off this list with the Luminous Solar Home Solution which is currently rated as one of the most popular and widely used solar home solutions in India. Luminous is one of the most trustworthy manufacturers of solar equipment in India, especially for domestic solar system setups. It has also emerged as the standard in this field of industry and many others have attempted to emulate its superb achievements in the field of solar equipment manufacturing.
The NXG1100 is undoubtedly one of the best solar home solutions that Luminous has to offer. It comes with a 150 Ah battery and a 200 watts solar panel that function perfectly in unison. The overall package includes one luminous solar hybrid inverter, one 150 Ah c10 solar powered battery and one 150 w Sukam solar panel. The battery has a 5 year replacement warranty against any kind of manufacturing damage and this safeguards your investment a great deal. Also keep in mind that the inverter is a hybrid inverter which means that it is able to draw power from solar as well as electrical grid sources.
A lot of people who have had the pleasure of using this setup have given us hard evidence regarding how this setup has managed to reduce their electricity bills over time. Its total weight stands at 82 kg with all equipment taken into account and thus it is relatively heavy. However, from all other standpoints,we are impressed with the performance of this solar power setup and we urge you to consider for your shortlist.
Continuing with some of the best solar home solutions from Luminous, we have the Luminous NXG1100 as the second entry of this list of the best solar systems available in India. We have already spoken about Luminous and why it has such a privileged position in the market, but this one truly exemplifies the elements of quality and performance that the brand strives for. The sine wave solar hybrid UPS is one of the main highlights of this solar power setup and it comes with an impressive 24-month warranty.
The package also includes a 150 Ah tall tubular solar battery. This battery itself comes with a separate 60 month warranty which is impressive by current market standards. Lastly, we should also talk about the polycrystalline 165 watts solar panels that you get as a part of this setup. You will get two of these panels and they have an extended warranty of around 25 years which is quite incredible.
One of the highest rated ultra efficient solar power setups available in India, this one ticks a lot of important boxes and we have tested it to its maximum limits to check how well it copes. It's also important to mention that the battery of this solar setup is a hybrid battery and is capable of drawing power from solar waves as well as from the electricity grid. It ends up saving you upto 1.5 to3 units of power per day and this adds up cumulatively to some good savings overtime in the long run. For all of the reasons that we have mentioned above, we can say with some degree of confidence that this is the best solar system for home in India.
The biggest highlight of this deal is that the solar setup includes an intelligent inverter which comes with a host of special features not found on too many competitors in the market. First of all, it has a digital display which is helpful.. It is also equipped with a lithium battery which we know represents the best of solar inverter batteries. Additionally, the Mono Merc solarp angels manage to do a decent job in capturing the solar energy on a regular basis that is to be used to run your appliances.
If you are living in a 2-3 bhk home with moderate levels of power consumption and you are looking to protect yourself against frequent power outages, this could definitely be a great option. It is ideal for areas where the electricity supply is somewhat unreliable and there is an average upto 4-5 hours of power outages on a daily basis.
It essentially manages to function as a small compact power plant in itself. It has the capacity to run itself at a peak load of around 500 watts continuously without failure. If you are looking for a guarantee of constant uninterrupted power supply for your home and with frequent power cuts and voltage issues, the Loom Solar 1 kVA off-grid solar system could very well turn out to be your knight in shining armour.
Now moving on to the specifics of the package, you will get a 1235 VA solar inverter along with a lithium battery with 100 watt hour capacity. Last but by no means the least, you will get two 180 watt solar panels which adds up to a total solar panel capacity of around 360 watts.
This is more than enough to provide high quality uninterrupted power to your home appliances during those annoying power cuts and power outages. We have tested this setup ourselves and we have also heard a lot of good things about it from many of its users. Based upon these findings, we are confident that this setup is capable of taking good care of your power requirement with relative ease.
Our next solar power setup is also from luminous - the NXG1800 provides a very reliable power solution for your home during temporary power cuts of voltage fluctuation issues. The 1800 sine wave solar hybrid UPS is capable of chagrin itself with both solar energy as well electrical energy from your local grid. The inverter has around 85 percent efficiency which is very impressive and it should end up saving you quite some money by reducing your average electricity bills by anything around 25 to 30 percent.
This enhanced efficiency is also a result of the Intelligent Logic Control Power which can easily end up saving you around 1.5 to 3 units of current per day. It comes with an impressive warranty of 24 months.
Along with this you have the 120 Ah c10 tall tubular battery which is built to be very efficient in storing energy.Keep in mind that you will get two of these batteries. They also come with a 60 month warranty and that sweetens the deal even further.
Apart from this, we should also mention the poly crystalline panels which will give you a total rating of around 325 watts with the two separate panels combined. The panels are 2.5 x3.5 feet in dimension and they are perfect for setting up an outdoor solar panel system in small to medium sized homes. It also comes with a performance warranty of 25 years. We are very impressed with the performance that we have seen from the Luminous NXG1800. We have enough reasons to believe that it is capable of fulfilling your power requirements and we urge you to go for it without wasting any time whatsoever.
The Luminous 1 kW offgrid solar system is our fifth entry on the list and it is another example of Luminous’ high standards of manufacturing and pricing. This one in particular is ideally well suited for medium sized homes with 3 or 4 BHK residences. In ideal circumstances it will end up giving you somewhere around 8 to 10 hours of power backup on average if required due to extended periods of power failure. This enhanced backup time period is the main reason as to why this solar power setup could work very well for people who live in areas with unreliable power supply.
As for its solar capacity capabilities, it can give you up to 500 watts worth of power during the day when it is powered using solar energy. Another major reason as to why this setup is preferred by a lot of people, is because it is very compact and does not take up a lot of space in your home.
This is especially important if there is some space crunch in the area where you want to set up the inverter batteries etc. All in all it ends up taking a megare 100 square feet worth of space. This package offers you 2 units of 150 Ah c10 solar batteries. As for the solar panels, you will get 3 units of solar panels with a rating of 325 watts each. This increases the cumulative power capacity to 1125 watt. That is quite a lot of power and enough to run several appliances at once.
To cite an example, using this setup you can easily run 5 Ceiling Fans, 20 Led lights, 2 televisions, 1 refrigerator, 1 mixer and charge laptops and mobiles. It also offers decent backup time that ranges from 36 hours for 100 watts to somewhere around 4 hours for a load of 500 watts. The inverter efficiency comes in at 97 percent which is quite impressive in its own regard. For all of these reasons, it is clear why this solar power setup gets a definite thumbs up from our side.
The Rooftop Urja 1KW solar setup has been specifically designed to operate as a Grid tie system and is recommended for locations which have a state monitored net-metering system. Net metering is a system where the excess solar power produced by your system gets transferred into the grid and therefore gives you reductions on your electricity bills as a result. These reductions can cut down your electricity bill upto 90%.. The net metering system is one of the major reasons why a lot of people have found good incentives to invest in a solar power system for backup power requirements.
Note that this system works only when the system is connected to a functioning electrical grid and you do not have the option of storing the energy produced by your panels into a battery to be used at a later time. So this works better as a backup power supply setup.
In case you require backup, you will need to invest in a separate inverter backup system. Also make sure to check if your local system fluctuations can be handled by the specifications of this system. The overall kit comprises four units of 250Wp Solar PV Module each along with junction box and control panel.
Another important factor to keep in mind about this solar power setup is that this requires you to have shadow free floor roof space. The daily average energy generated using this system stands at anywhere around 4-5 units if we assume that there is a 100 percent grid tie availability which is not always the case.. This could definitely be one of the best if not the best residential solar systems that you can invest in.
The capacity of solar panels to generate power and run your appliances smoothly is largely dependent on your overall expected power consumption. Whether you are running traditional appliances or involved in any kind of commercial projects, the right kind of solar panel setup really helps you rescue your dependency on traditional power sources. You can use the right solar setup to do a number of things such as heat water or charge your batteries.
In order to build your setup effectively and narrow down your list of options, it is important for you to have a good understanding of how to use the solar setup. You also have the option of essentially selling energy by exporting the excess power to your local grid and thereby rescue your electricity bills. If this is something that you are considering, make sure to get a setup that can support this kind of usage.
The versatility of solar panels is arguably one of the most important elements to think about while shifting to renewable solar power.. Not only do they run all of your daily household appliances, but they can also perform functions that you were probably not even aware of. They can easily perform tasks which require low to medium power such as cooking, creating indoor lighting etc.
The versatility requirement of solar panels also depends on the location where you are planning to install it. Whether you choose to mount it on your roof or at the top of an RV or wood cabin, you have the option of setting it up in a number of different places according to your convenience. Solar panels can provide energy where required without having to be explicitly close to the populated palace or grid connectors. If you are looking to mount your solar panels on an uneven surface, we would recommend flexible and lightweight panels for best results.
There are three main technologies used by solar panels and we will discuss each of them in brief in this secretion. First, you have the photovoltaic panels which are also called PV panels. These panels directly transform sunlight into energy that can be used by household appliances. Next, we have CSP that concentrates solar power by using the energy from the sun to trigger the functioning of electric turbines. Your solar panel may also include SHC or solar heating and cooling systems.
The panels themselves are often made out of silicon solar cells which are generally used as a part of a solar roof construction setup or while setting up a large-scale ground utility system. Next, we have thin-film solar panels which are useful in their own regard. They are highly flexible and lightweight which makes them ideal to use as a portable appliance.
The next type is known as III-V solar cells which are the most expensive option. These panels are able to transform sunlight into usable energy in a more efficient manner. Finally, at last, we have the next-generation solar cells (NREL) which are constructed using hybrid organic-inorganic materials that are easy to manufacture. These are also very affordable for the same reasons.
The efficiency of a solar panel setup refers to the amount of energy from the sun that is generated into usable electricity by each panel. There are different factors that can influence the overall efficiency of your solar power setup. Various factors such as the reflectance efficiency and thermodynamic efficiency, shade from nearby objects and dust or dirt can also affect your overall efficiency rating. Make sure to study these points in detail and also ensure that they do not render your overall system unviable at any time down the line.
However, make sure to note that efficiency is not everything in a solar setup.. Even if your panels are not the most efficient, you can fulfil your requirement if you have for instance a large roof covered with an adequate number of panels that receive a lot of sunlight. The average efficiency of a solar panel ranges from anywhere between 15 to 18 percent and could go up to around 23 percent.
Solar energy gives you the opportunity to cut down your electricity bills in varying degrees depending upon your levels of electricity usage. Given the utility rates and solar policies in your state, you can enjoy significant savings from setting up a solar energy system in the long run. This also means that you can reduce costs in the future even if the costs of electricity rise.
When we talk about financing your solar setup, you have three different options at your disposal which are viable. The first is to sing a solar power purchase agreement or a solar lease. The second is to take a bank loan to purchase the system and pay it off overtime. However, ensure you calculate the interest beforehand. The last option is, of course, to pay for the system up front.
In this article we tried to find the best solar system for home in India for our readers so that they can enjoy the benefits of shifting to solar renewable energy to power their household appliances, especially as a backup. We started things off with a brief intro regarding solar power systems and also discussed reasons for their growing popularity in India. Then, in the next section we presented a list of top-rated solar systems for home in India. Hopefully you will find one that you like from our list of selected solar power systems.
Following this, we discussed the four most important factors that one should consider before buying a solar power system. Make sure to go through this section as well if you wish to gain a holistic understanding of some of the basic factors that you should have a good idea about regarding solar power setups. After this, we devoted another separate section to discussing some frequently asked questions and we tried to answer them as satisfactorily as possible. This is where our article comes to an end and We wish you the best in your journey.
Bifacial solar panels can generate power from both sides of the panel, and thus, increase the total energy generated by a solar module. Traditional solar panels, on the other hand, are monofacial, as they come with opaque backsheets, which allows solar energy to be trapped only by one side. As a consequence, bifacial panels are fast becoming popular for both home and office installations. These panels also offer a greater degree of durability because both sides are UV resistant. Moreover, frameless bifacial solar modules reduce concerns related to potential-induced degradation (PID).
Installing bifacial solar panels on a highly reflective surface, such as a white TPO roof, or on a ground with light colored stones can help increase energy generation up to 30 percent, in comparison to monofacial panels. In addition, since more power can be generated, bifacial panels also lead to a reduction in Balance of Systems (BOS) costs.
Bifacial solar panels are available in various designs. The following are some of the design variants of bifacial modules:
It is important to note that there are frameless, dual glass modules, which expose the backside of the cells, but are not bifacial panels in the true sense of the term. What distinguishes true bifacial panels from these frameless, dual glass modules panels is that the former have contacts/bust bars on both the back and front sides of their cells.
The top solar cells of a bifacial solar panel work along the same principle as any conventional, monofacial panel. They face the sun directly, and capture sun rays directly by absorbing only certain wavelengths. IThe bottom solar cells, however, have a slightly different operating principle. They absorb the light that is reflected off the ground surface. This light is known as albedo light. Since white or light colours offer a better reflection than dark colours, it is advisable that you should paint the surface of the roof white or silver. A concrete driveway under the panels can also be a good option, and is capable of producing a similar effect. Some studies have shown that white surfaces reflect more than 80 percent of albedo light (By comparison, grass only reflects 23 percent of albedo light).
Besides, the use of superior silicon in monocrystalline solar cells is preferred, as it optimizes the operation of the underside cells. Monofacial solar panel systems are placed in racks parallel to the ground surface for optimum performance, because that way, the maximum amount of sunlight is captured. However, bifacial panels work differently, and thus, they must be angled correctly on the roof or ground at varying degrees for optimum energy production.
Bifacial solar panels offer a great deal of advantages over the monofacial solar panels. Following are some of the advantages and disadvantages of bifacial solar panels:
The following are some of the major companies that manufacture bifacial solar panels in India:
In this article, thus, we talked about bifacial solar modules, and how they offer a comparative advantage over the traditional solar modules. We listed down the pros and cons of these panels, and also the name of the companies which make bifacial panels in India. Go through this article thoroughly to better understand your requirements - whether you’re considering bifacial panels for your home or office.
Microtek Solar is a master when it comes to the solar field. The brand poses as a fierce competitor to the rest of the companies attempting to take over the market. Founded in 1989, this is one of the leading brands for solar products that manufactures solar panels, solar inverters, solar batteries, solar UPS, and hybrid UPS.
Microtek Solar has established solar plants across the country using state-of-the-art machinery. It is reputed for the range of utility-scale projects taken up over the years. They also boast of a long list of clients starting from factories, corporate offices, schools, and other institutions. Along with these, they also offer on-grid and off-grid solar panels to residential areas too.
The company comprises an R&D of highly experienced and qualified professionals who are continuously working to achieve innovations in the field. This team is equipped at all times to deal with any software or hardware problems in solar products and other equipment.
This article focuses mainly on the Microtek Solar panel price in India. A brief knowledge of the topic is essential for buying the best solar panels that meet all your requirements.
Microtek Solar provides customers with both monocrystalline solar panels as well as polycrystalline solar panels. The prices of the panels differ on the basis of their types. Both have been approved and certified by MNRE and they come with a 25-year warranty. In this section, we have provided you with a list of the Microtek solar panel price per watt, so that you have a fair understanding of the prices.
|Model||Price (Rs.)||Price per watt (Rs.)|
|Microtek Solar Panel 50 watt||2000||40|
One thing you must keep in mind before buying solar panels is that monocrystalline solar panels are always slightly more expensive than polycrystalline ones. However, since they are 21% more efficient as well and occupy very little space for installation, people prefer buying the former to the latter.
Microtek Solar panels offer you some of the finest quality solar panels in the Indian market today. The brand is engaged in a range of procurement and construction activities. It has definitely risen the bar for other solar panel companies with its efficient performance and high-quality build of solar panels. The effect has been the same across regions of the country. All of this coupled with the Microtek solar panel price makes it a hard deal to refuse.
The Microtek solar panels can be easily installed in your home or office. Solar panels are a gift for this earth that is dying a slow death because of the manner in which humans are abusing its natural resources. Solar energy reduce carbon footprints thereby making it an extremely valuable source of renewable energy. Switch to solar energy and build a healthier lifestyle for yourself, as well as for future generations.
Here is a list of some of the main features of the Microtek Solar Panels:
Microtek Solar panels can be easily found in various places across the country which includes websites as well as shops in your city. You need not worry about access to these magnificent solar systems. You can buy these panels using both the system integrators as well as any solar installer. Order of solar panels above 50KW is usually taken over by government tenders or any EPC player.
The other way to purchase some of the best solar panels at an affordable price is online. There are various e-commerce websites like Amazon, Flipkart, India Mart, and others that offer high-quality Microtek solar panels delivered to your doorstep. The advantage of purchasing online is that you often get great discounts on the Microtek solar panel price in India.
You must, however, be careful about the site you purchase from instead of getting swayed away by the appealing discounts they offer. Buying anything online stands the chance of fraud. Other than the price, there are various other factors that you must pay heed to before buying Microtek solar panels. This includes the rooftop space, cost of installation, total energy in watts, and so on.
Even entrepreneurs can easily get access to the Microtek solar panels today but, there is a separate list of guidelines that one must abide by. If you wish to purchase a dealership of Microtek solar panels, you do thorough research before making the investment. Commercial space is the most basic requirement for an entrepreneur planning to buy solar panels. You must ensure you have such a space before making an investment. An initial investment of 15-20 lac is also needed for the business. You can start selling solar panels only after receiving an ‘Authorized Dealer’ certificate.
You might be a home or business owner looking to purchase solar panels but in order to do so, you are required to submit a set of information. We have provided you with a list of the documents:
Though we have provided you with the Microtek solar panel price list, it will be of no use, without the proper authorization or certification from the organizations in charge. You must check for valid certificates whether you are a dealer, distributor, or merely owner of solar panels. Off-grid solar systems do not require any sort of certification but on-grid solar systems do.
Microtek Solar has certifications from these crucial organizations.
Microtek uses only premium-quality materials to manufacture solar panels. These solar panels are well-suited for both on-grid and off-grid solar systems, making the panels highly versatile and efficient in their performance. Overall, the technical specifications of Microtek solar panel are quite efficient and useful for users of solar power.
The dimensions of these solar panels depend on the model as well as the capacity. Here is a list of the dimensions of a few of these panels:
Microtek solar panels can be easily used with solar panels belonging to other brands.
Solar panels are efficient instruments that operate by absorbing the sun’s light and turning it into energy to harbor electricity to the various appliances in your home. Daytime is the best time for the solar panels since they are exposed to the sun. If you have installed the panels on the northern roof, then the best time to capture the sun’s rays is from mid-morning to the afternoon.
You can run almost any home appliance on solar power. On-grid solar systems best support air conditioners and their capacity must be between 3kW to 10kW. Large commercial office spaces, as well as small homes with ACs, can be easily supported by solar power.
As a matter of fact, yes. Solar panels can function even in the absence of direct sunlight as these panels get energy from photons. These photons are present in natural daylight even when the sunlight is absent or not strong.
We have worked hard to research and find out authentic information about the scenario of Microtek solar panels in India. Our research has revealed how trustworthy and efficient the company and all its products are. This brief article aims to guide you in making comparisons between different brands while buying solar panels. We hope the information provided here helps you buy solar panels at the best price.
In recent times, the contribution of solar energy has grown significantly. Solar energy has emerged as one of the most popular non-conventional sources of energy. The most common way solar energy is harnessed is through the use of solar panels. Solar panels are the most important component of any solar system. This article tells you about the materials used for making solar panels, answer some frequently asked questions regarding their manufacturing process and their impact on the environment.
The following are the components of a solar panel:
The most important component of any solar panel is the solar cell. Solar cells are made of 99.99 percent pure silicon crystals. Silicon is the most important raw material used in solar panels. These silicon crystals are derived from one of the most abundant materials on earth which is - sand. It requires a complex purification process to convert sand into pure silicon crystals. This process requires sand to be mixed with carbon and subjected to temperatures upto 2000 degree celsius. With this process, the raw silicon gets converted into a gaseous silicon compound form. This is later mixed with hydrogen to obtain a highly purified polycrystalline silicon. The silicon ingots, thus obtained, are reshaped and turned into very thin slices of silicon, which are known as silicon wafers. This is the heart of a photovoltaic cell.
A solar panel consists of several layers. There is a layer of solar cells, which are connected in series through copper strips. Apart from the solar cells, there is a layer of EVA (Ethylene vinyl acetate) sheeting. EVA is a thermoplastic polymer with good radiation transmission. Moreover, it enjoys a low degradability to sunlight. Hence, it is used in solar panels as an encapsulating agent, as it seals and insulates the solar cells. It protects the solar cells against dirt, humidity, vibrations, and shocks.
The solar cells of a solar panel usually consist of a glass layer on the front and a protective back sheet on the rear. However, the newer solar panels with bifacial designs have solar cells, which are exposed on both the front and back sides of the panels. As such, they do not require back sheets.
Frame- is another important component of a solar panel. Frames are usually made of steel, as it is sturdy, durable, and can hold the panel together. However, these days, manufacturers are deciding to go frameless. Instead of putting on a frame, they either use sturdier back sheets or simply sandwich solar cells between two pieces of glass.
Ground-mounted and rooftop installations usually come in two main types of solar panels - thin-film and crystalline silicon.
Most of the thin-film solar panels consist of silicon thin-film solar cells, but cadmium telluride solar cells and copper indium gallium selenide (CIGS) are also available in the market. Cadmium telluride thin-film solar panels produce electricity by using a thin film of cadmium telluride. On the other hand, CIGS thin-film solar panels make use of semiconductor layers of CIGS to absorb sunlight and convert it into electricity. CIGS panels are, however, in the early stages of commercialisation.
The use of crystalline silicon solar panels is far more widespread than thin-film solar panels. Crystalline silicon panels have black or blue rectangular grids, comprising of smaller square shaped cells. There are two different types of crystalline silicon solar panels - monocrystalline panels and polycrystalline panels. Monocrystalline panels have a more complex production process, making them costlier and contributing to their more limited use.
Monocrystalline silicon solar panels are created by growing a single crystal. In these panels, a uniform blue colour is produced by the crystal framework, without any grain marks. This gives monocrystalline silicon cells the highest levels of efficiency and purity.
In making polycrystalline solar cells, molten silicon is poured into a cast. This method of construction, however, creates an imperfect crystal structure. It gives rise to randomly oriented crystals, with clearly visible boundaries where the crystal formation is broken. Due to these impurities, there is a lower efficiency of these modules. The cost of polycrystalline panels is also lower than the monocrystalline panels.
Yes, solar panels can be recycled. Silicon solar panels primarily consist of glass, plastic, and aluminium. All these materials are recyclable and are recycled in mass quantities. However, the process of recycling is not very simple. It requires the use of advanced machinery. Following are the steps involved in the recycling of a silicon-based solar panel:
As solar systems are becoming popular over time, disposing them in an environment friendly way is also becoming easier. There is a steadily maturing solar PV recycling market, especially in the First World nation-states.
The Solar panel is the main component of a larger solar system, which serves to eliminate the dependency of any unit (household, office, community, etc.) on conventional energy sources. Even though manufacturing a solar panel requires the use of certain non-biodegradable components like plastic, in the long run, its environmental benefits are huge by cutting down on carbon emissions. It can reduce the carbon footprint of a household by 80 percent in a single year. As stated above, solar panels, are also recyclable. They also do not require a lot of maintenance, thus eliminating the need for repairs and replacement of components. Thus, in this way, you do not generate a lot of environmentally unfriendly waste. All of these factors make solar panels environment- friendly. They have a much larger impact in offsetting environmental impact than one can think of.
In this article, therefore, we provided you with a list of raw materials required to make a solar panel. Further, we discussed the various kinds of solar panels which can be found in the market, and the components used in each one of them. We also answered some of the frequently asked questions regarding the recyclability and environment-friendliness of the solar panels. We hope that this article answers all questions regarding solar panels, thereby helping you make an informed decision about installing a solar system at your home or office.
Luminous Power Technologies has emerged as one of the leading names in the solar energy revolution in India and the wide customer goodwill that it enjoys has enabled it to bring the joy of solar power technologies to Indian consumers. t. Prior to its hugely successful foray into the solar energy industry, Luminous Power Technologies had firmly established itself as the go-to brand of choice for a host of different consumers looking for electrical appliances of different varieties. Its massive portfolio includes almost everything starting from home-based electrical appliances such as UPS to Inverter Batteries, Fans, switches and everything in between.
Ever since its inception in 1988, Luminous Power Technologies has gone on to establish itself as one of the giants of the industry at the turn of the century. In this article we will discuss some of the major talking points surrounding Luminous solar panels in India and hopefully give you valuable information that could come in handy.
One of the major reasons as to why this brand has achieved so much popularity is that it has successfully created a global following where many international clients have been hugely impressed with their products and services. The high quality and performance capacity of traditional Luminous electrical appliances is what ultimately propelled it to a great deal of success in global markets across the world. Especially, over the last 5 years or so, it has managed to achieve exponential rates of growth in India and in various other locations abroad and this has further contributed to its glowing popularity and capacity for success.
With the popularity of solar products, Luminous turned its attention to developing solar technologies and has some of the best solar panels, solar inverters and solar batteries that are currently found in India. It also has 1000+ service centres and over 2900+ distributors in various locations all over India. For all of these luminous sets the bar really high when it comes to solar equipment definitely deserves your hard earned money if you are looking to set up a brand new solar panel system as a beginner in India.
In this section, we will give you a detailed account of the Luminous solar panel price list in a systematic manner. Once you get a good idea of the different prices at which Luminous solar panels are available in the market, you will get a much better comprehensive idea of the total cost that you might be dealing with. We will also give you a value for each Luminous solar panel price per watt that will further enable you to make the most detailed cost calculations.
|Model/Wattages||Price(Rs)||Price Per Watt|
|Luminous 40W Solar Panel||Rs. 1800||Rs. 45|
|Luminous 60W Solar Panel||Rs. 2700||Rs. 45|
|Luminous 75W Solar Panel||Rs. 3000||Rs. 40|
|Luminous 100W Solar Panel||Rs. 3800||Rs. 38|
|Luminous 160W Solar Panel||Rs. 5600||Rs. 35|
|Luminous 200W Solar Panel||Rs. 7000||Rs. 35|
|Luminous 200W Solar Panel||Rs. 6200||Rs. 31|
|Luminous 270W Solar Panel||Rs. 8370||Rs. 31|
|Luminous 325W Solar Panel||Rs. 10,075||Rs. 31|
|Luminous 335W Solar Panel||Rs. 10,385||Rs. 31|
There are quite a few good reasons to go for Luminous solar panels and we will discuss some of these in this section. This will inform you of the main advantages that Luminous brings as compared to other solar panel brands. First, we will discuss some key factors regarding Luminous solar panel features that makes it a very viable option for new entrants to the solar energy market. We will also discuss a few key advantages that Luminous panels have and hopefully by the end of this section, you will be as convinced about Luminous solar panels as much as we are at this point in time.
One of the major features of Luminous panels that experts always talk about is its incredible efficiency and high class conversion capacity. This might not seem like much at first but trust us when we tell you, it makes a huge difference to your overall energy costs in the long run.
The enhanced durability is a result of the heavy duty aluminum frame that Luminous solar panels use. The strength of the frame manages to set a higher resistance level which ensures that the panel is secure and does not suffer from any kind of physical damage too easily. This strength and durability is also good for people who are looking to set up solar panels in windy locations where there are high chances of strong winds, storms and snow.
Thus we can easily say that Luminous solar panels are highly durable and feature excellent standards of build quality and long term sustainability.
Luminous solar panels also feature an anti-reflective coating with BSF that manages to keep the surface of your panels in good healthy condition and ready for energy absorption wherever there is the lightest glimmer of sunlight.
Wherever we talk about solar panels, one of our most important standards by which we gauge its capacity and effectiveness is by looking at its testing results. And you will be happy to hear that Luminous panels are passed through elaborate testing systems that include optic, electric as well as mechanical tests.
The next important feature to talk about is the advanced EVA encapsulation mechanism and also the fact that Luminous panels are certified by both ICE and MNRE which are the two foremost authorities in this field in India.
Next we turn our attention to some of the major benefits that are associated with Luminous solar panels. First and foremost, the major benefit that is spoken about regarding investments in Luminous solar panels in India is that you can get a really good subsidy from MNRE which could range from anywhere between 30-70 percent. Luminous panels are also well known for offering much higher levels of efficiency and higher sunlight absorption capacity.
All of these features and benefits make it worth your while and give value to every rupee spent on the panels. They give you the perfect balance of quality, performance and affordability and that is exactly why luminous solar equipment is the best.
Luminous solar panels are one of the most easily available solar panels in India and you can get them from a wide variety of both online and offline retail centres. First of all, you can order the panels directly from Luminous’ own website which is known as luminousindia.com. On the website you will be able to browse your way easily through various different choices regarding solar panels and pick the ones that you like the most. Apart from that, luminous solar panels are also available on online retail shopping stores such as Flipkart and Amazon.
A few other options include Indimart, Solar by Luminous and Kenbrook Solar which all allowi you to place online orders for your luminous solar panels. Be vigilant however, as there are fraudulent sites out there selling counterfeit products. Always make sure to do your due diligence before buying solar panels online.
Buying solar panels does not really require any special kind of information from your part. You just need to provide basic personal details such as identity proof and address proof. Other than that, specific state governments may require you to give special kinds of information which you need to comply with. Since there is some degree of confusion regarding what you need to get permission for your solar panel system, it is best advised to contact local authorities and seek guidance from there. However, in the case only buying solar panels, you do not have to worry about any kind of excessive paperwork or form fill ups for the time being.
In this article today. Our main focus was to try and compile as much useful information as possible on the topic of Luminous solar panels. Our main focus was to prepare a luminous solar panel price list for our readers with the help of which you can perfectly calculate the costs involved in setting up a solar panel system. We started off the article with a brief intro on what luminous solar panels are and why this brand should be your go to choice for solar equipment as well as any kind of electrical appliances. In the intro we spoke about the merits of going for Luminous and the exceptional following that it has developed overtime both in India as well as across international markets.
Following this, we prepared our list of the different luminous solar panels that you have the option for going for and their prices as well. Here we laid out the model and wattages of solar panels along with their price per watt value in a tabulated format so that our readers could get the best of its benefits.
Then in the next section we followed things up by answering questions regarding the availability of luminous solar panels and all the places where you can order it online. After this we moved on to the last section where we spoke about the information you are required to submit while getting your solar panels. That was the final section of our article and we now conclude by wishing you all the best for all of your future endeavours and we also hope that you get your favored luminous solar panel as soon as possible.
Solar power is fast emerging as an alternative to conventional sources of energy, especially in tropical and equatorial countries which receive a high amount of sunlight throughout the year. In India, the government, in recent years, has been putting a lot of effort into promoting solar power. India has the highest installed capacity of solar power in the world, and is a key player in manufacturing and installation of solar solutions. It has emerged as a growing market for solar energy. However, in spite of these achievements, people are still sceptical about its potential and get scared away by minor operational issues. Switching to solar energy also requires a considerably large initial investment, which is another major reason why people are afraid of transitioning to solar systems for their houses and commercial establishments. There are other kinds of challenges that come with solar panels. In India, migration is a common phenomenon since people living in cities live in small, rented spaces. These places do not have the required space to install a solar system. Besides, as pointed out, installing a solar system requires a huge initial investment, and people find it more convenient to pay electricity bills rather than spending a lot of money to transition to solar energy. The payback period for a solar system is extremely long. However, despite these problems, in recent years, our country has witnessed solar installations at an impressive rate.
In this article, we will ponder the question of whether solar investment is a viable option in a middle-income country like India. We will list down some of the challenges that one is expected to face while making the transition to solar energy for their home or commercial establishment. At the same time, we will also offer insights for making the transition to solar energy a viable option for both home and business owners. We would suggest you go through this article thoroughly, so that you can make a firm decision on whether transitioning to solar panels would be worth the cost involved.
Let us look at the requirements for both residential and commercial solar systems and some of the challenges and issues pertaining to both.
A residential solar system is one which comes with a battery system of up to 10 kW capacity for installation in homes. A residential solar system requires an investment of around Rs. 1,00,000 per kW. Considering the electricity bill of the average house is around 1000 rupees per month, installation of a solar system can result in savings of Rs. 8400 per annum (inclusive of maintenance and operation costs). Such an investment is expected to have a payback period of 10 to 12 years. The return on such an investment is likely to be around 8 percent, which is a considerable amount.
There are three main challenges which the homeowners are likely to face in making a transition to a solar system. The following are the challenges:
The first impediment to transition to a solar system is budget constraints. Investing in a solar system is a big headache for a homeowner, as it requires a lot of money. A home solar system requires an investment of Rs. 1,00,000, which is not cheap for most of India’s population.. . However, people do not understand is that a solar system offers a considerable amount of returns in the long run, by making significant reductions in the money paid to the discoms as energy bills.
People have double expectations from a solar system. This means that they need such a solar system, which would not just result in significant cuts in terms of energy bills, but also expect all their appliances and gadgets to work during power cuts.
The net metering system allows the owner of a solar system to claim credit for the energy they send back to the power grid. However, as simple as it might sound, net metering is more complicated than it seems. It is not easy to procure a net meter. People usually complain that it looks good only in theory, but in reality, the process of procuring a net meter and claiming credit for the extra power sent to the power grid is extremely difficult.
While challenges are persistent, there are feasible solutions, as well, when it comes to installing a solar system at your house. We have listed down some of these solutions.
Loans are there your best option to make an investment as large as this with.. A homeowner can take a loan for installing a solar system and pay EMIs over a long period. In this way, the initial burden of investing a huge sum of money can be negated. Some banks also offer specific loans for solar systems. Otherwise, you can also take a loan for a solar system under the category of home improvement.
A number of companies are offering hybrid solar systems, which can help customers solve the problem of double expectations, as mentioned earlier.
It is not feasible to get net metering through third parties. Therefore, the homeowner should consider the possibility of finding net metering options by visiting their nearby discom office. Some states like Uttar Pradesh, Bihar, Haryana, etc. also have online portals, which might be of help to customers.
A commercial solar system is a grid connected system of up to 25 kW capacity, and these are installed at hospitals, resorts, schools, cold storage facilities, hotels, petrol pumps, offices, workshops, etc. A commercial solar system requires a higher level of investment than a home solar system, but the investment per kW is lower. It happens to be somewhere about Rs. 50,000 per kW. If your space’s monthly energy bill is Rs. 25,000 hypothetically, installing a solar system in such a circumstance can lead to savings of Rs. 14,000 per annum. Moreover, the payback time is also less (around 3 to 4 years), with a higher return on investment of around 28 percent, as compared to a residential solar system.
Just like the homeowners, business owners have to face a number of impediments when it comes to installing a solar system at their commercial establishment. The following are those challenges:
Just like houses, commercial establishments in a country like India, too, exist in small spaces. There are limitations in terms of the area required for the installation of solar panels. Many commercial establishments operate from rented areas and the business owners are not free to make such installations.
Business owners expect a fast return on investment, with an average payback period of less than 5 years. Thus, while they buy good quality solar panels, they tend to spend less on other components like the inverters, BoS, etc. If these components malfunction, the whole system is affected, hence, negatively impacting the return on investment.
Business owners tend to focus only on the actual panels and ignore the other important component - the mounting structure. A poor quality mounting structure might fail to support the solar panels, wasting all the money that you had spent on installing the solar system.
While there are major challenges for business owners with respect to solar systems, the following are some of the feasible solutions available for those challenges:
To deal with the issue of space constraints, the business owner can opt for wall mounted solar panels. Besides, they can also discuss with the engineers for other feasible and viable customized options, so as to derive the best performance out of the solar system installed at their commercial establishment.
Business owners should focus on the entire solar system, rather than a single component. If they install durable components in the entire system, they won't have any complaints about their returns. Install high RoI solar panels.
It is essential to install good quality products offered by a reputed brand for the entire system, from the panels to the inverters to the mounting system. A failure of one component can adversely affect the performance of the entire system.
The following things should be taken into consideration before installing a solar system at any place:
While there is a lot of information on solar systems on the internet, you must always seek expert advice before installing a solar system. The expert will guide you regarding specific problems pertaining to your location, space, etc.
Always go for reputed brands and the right products. A solar system is a long term investment, and you would obviously not want to incur high costs on repairs.
Do have a word with the system providers and installers about their scope of work and terms and conditions of warranty, so as to avoid any last minute arguments.
While buying your solar panel equipment,, make sure that they are right fit for your system. Also, keep track of the performance even after installation. A number of apps are available these days to monitor the performance of the solar system. Be in touch with your system provider, so that you can contact them in the event of a lapse or an issue.
You must ensure that you hire the most reliable installer you can find to avoid damages to your solar panels and other equippment. . Do a background check of the installer’s history. If you are not satisfied, look for other installers in your town or city.
It is expected from all of us to be cautious before making any type of investment, and a solar system, being a huge investment, must be made in the right direction. While many people may have negative preconceptions about investing in solar panels, we would like to argue that solar panels are worth it. However, you need to be aware of a number of factors, and this article has taken note of all such considerations. Go through this article thoroughly before making the choice of transitioning to a solar system for your home or office.
Vikram Solar is the second-largest solar manufacturing company in India in terms of revenue. Based out of Kolkata, they manufacture some of the best solar panels at the most affordable prices. The company has been around in the Indian market since 2006. It is a part of the Vikram Group of Companies. In recent years, the Vikram Group has diversified its business beyond solar energy and has made its entry into EPC (Engineering, Procurement, and Construction) management. The Vikram Group has emerged as one of the fastest growing companies in India. Vikram Solar has a turnover of more than 300 crore rupees, whereas the Vikram Group has a turnover of 1000 crore rupees.
Vikram Solar’s manufacturing unit has a capacity of 1.1GW, and currently, the company is expanding it up to 2.5GW. It makes Multi-crystalline, Mono PERC, and Bifacial panels. The production is manufactured using 100 percent automated machinery, ensuring a high degree of precision and quality products. The company deploys world class technology to design, install and commission solar projects across the globe. It boasts of an impressive track record of installing more than 1300 MW of solar projects in India alone.
In this article, we will look into the Vikram solar panel price in India. We will offer a price list of the different kinds of solar panels offered by the company, alongside a few of these products’ specifications. We will also answer some frequently asked questions with regards to these solar panels, such as where to buy them, certification issues, and so on.
Vikram Solar makes a number of different kinds of solar panels. The following is the price list for different kinds of solar panels manufactured by Vikram Solar.
Polycrystalline solar panels are also known as poly solar panels, multi-crystalline solar panels and many silicon panels. These panels are made by melting fragments of silicon together. The price of Vikram polycrystalline solar panel starts from Rs. 26 per watt for 300 watt panels. The following table charts down the selling price and price per watt for different capacities of Vikram polycrystalline panels.
|Model/ Watt||Selling Price||Price per watt|
|Vikram 330w Poly Solar Panel||Rs.8,580||Rs.26|
|Vikram 325w Poly Solar Panel||Rs.8,450||Rs.26|
|Vikram 320w Poly Solar Panel||Rs.8,320||Rs.26|
|Vikram 270w Poly Solar Panel||Rs.7,020||Rs.26|
|Vikram 200w Poly Solar Panel||Rs.5,600||Rs.28|
|Vikram 160w Poly Solar Panel||Rs.5,120||Rs.32|
|Vikram 100w Poly Solar Panel||Rs.3,200||Rs.32|
|Vikram 75w Poly Solar Panel||Rs.2,700||Rs.36|
|Vikram 50w Poly Solar Panel||Rs.1,800||Rs.36|
Monocrystalline solar panels are also known as single crystal silicon panels. These panels have their edges of cells cut off to reduce the production cost and maintain efficiency to the highest degree. The price of Vikram mono solar panels start from Rs. 29 per watt for 350 watt range. The following table charts down the selling price and price per watt for different capacities of Vikram monocrystalline panels:
|Mono Panel Model||Rate||Selling Price|
|370w Mono Solar Panel||Rs.29||Rs.10,730|
|360w Mono Solar Panel||Rs.29||Rs.10,440|
|350w Mono Solar Panel||Rs.29||Rs.10,150|
|340w Mono Solar Panel||Rs.29||Rs.9,860|
The following table offers a comprehensive list of prices of all the solar panels of Vikram Solar. It charts down Vikram solar panel price per watt. Note that these prices may vary in accordance with location and project size.
|Wattages||Cost (Rs.)||Price/Watt||Technical Specs.|
|335W - Poly Crystalline||8000||23.88||Voltage(Vmp): 37.67, Current (Imp): 8.91|
|345W - Mono PERC||9000||26.08||Voltage(Vmp): 38.33, Current (Imp): 9.02|
|375W - Bifacial PERC||11000||29.33||Voltage(Vmp): 39.34, Current (Imp): 9.55|
|1 KW Solar Panel Price||20,500||20.50|
|2 KW Solar Panel Price||41,000||20.50|
|3 KW Solar Panel Price||61,500||20.50|
|5 KW Solar Panel Price||102,500||20.50|
|10 KW Solar Panel Price||205,000||20.50|
|15 KW Solar Panel Price||307,500||20.50|
|20 KW Solar Panel Price||410,000||20.50|
|25 KW Solar Panel Price||512,500||20.50|
|30 KW Solar Panel Price||615,000||20.50|
|40 KW Solar Panel Price||820,000||20.50|
|50 KW Solar Panel Price||1,025,000||20.50|
The following are some of the reasons to choose Vikram Solar panels:
Vikram Solar Limited is a leading solar energy solutions provider, and they specialise in the manufacturing of efficient PV panels and offer comprehensive EPC solutions. The company has its presence in 6 continents, and has been a key player in the solar panel market around the world. Its products are designed to meet international quality standards and offer a great degree of reliability, durability and performance. The company has already installed and commissioned more than 1000 MW of EPC capacity, and hence, is an excellent choice for a solar panel brand.
Conventional energy sources are becoming more expensive as time passes and non-conventional sources like solar energy are the future. A good solar panel is an absolute necessity for efficient power delivery, as a poor quality panels, needing constant repairs, will increase costs in the long run. Vikram solar panels are, however, are made using the state of the art technology, and are an extremely reliable option.
Vikram solar panels are rigorously tested. They are durable and easy to maintain. In fact, the company offers a 27 year linear performance warranty, which is, in fact, 2 years more than the industry standard.
Vikram Solar offers a wide range of solar panels, which meets different needs of different segments of consumers, different spaces and different budgets. Vikram Solars’ extensive range includes high efficiency monocrystalline panels, bifacial PERC, polycrystalline panels, and so forth. They are available in different wattages.
The manufacturing process of Vikram solar panels is powered by some of the world’s best technology. The company has partnered with leading Swiss, German and Japanese technology giants to build and deliver excellent quality panels that exceed expectations. Its panels are subjected to rigorous testing such as heat test, PID test and dump test, so as to ensure that they meet the highest standards. The company has also earned the reputation of being the top performer in PVEL DNV-GL and modules audited by BLACK & VEATCH.
Vikram solar panels are widely available across India. They are not at all difficult to find. You can buy their panels through any solar installer or system integrator. However, if you are looking for solar panels above 50 KW, it has to be done through a government tender or any EPC player. In addition, there are various websites which sell Vikram solar panels, such as Flipkart, Amazon, and a few not so well known websites, as well. Buying a Vikram solar panel through these e-commerce sites can also get you great discounts. However, price is not the only factor that you must consider while buying a solar panel. There are other factors like total energy required by the appliances and gadgets at your home, availability of space on your rooftop, and so forth.
If you want to start up a dealership under Vikram solar panels, then you need to follow an entirely different set of guidelines. We shall discuss them here only in brief, but we advise you to do a thorough research on your own. Firstly, you need to have a commercial space for undertaking a dealership. This would also involve cost for rent, hiring staff, transportation, and so forth. A dealership with Vikram solar panels will also involve a considerable amount of investment of 15 to 20 lakh rupees. You will need to contact the company for dealership and figure out an agreement with them. Only after this, you will receive an ‘Authorized Dealer’ certification, which shall allow you to sell their solar panels in the market.
A set of information is required to be provided to Vikram solar if you are planning to install their products at your home, or at any commercial establishment. The following are the documents and information which must be published:
Vikram solar inverters are available in different sizes and come in different specifications. Just like solar panels, the size of the inverter required for them is also rated in watts. There are three factors which need to be taken into consideration when it comes to solar inverter sizing. These are: the size of the solar array, the geography, and size specific conditions. The inverter combination can be ideally determined by the installers themselves by examining all these factors.
In the overall solar PV system, both the monocrystalline and polycrystalline Vikram solar panels serve the same function, i.e., they capture solar energy and turn it into electricity. Moreover, both these types of panels are made from the same material: silicon. Silicon is an abundant element and is also extremely durable. Therefore, they are used for making solar panels. Both these types of solar panels can be an excellent choice for your home. However, there are certain differences between the types of technology used in each of them.
The solar cells of the monocrystalline solar panels are made from a single crystal of silicon, whereas in polycrystalline solar panels, solar cells are made from many silicon fragments, which are melted together.
The government subsidy offered on solar panels differs on the basis of the brand, size, installation site, and a number of other factors. In fact, there is a difference in subsidy offered by different state governments in India. Some states, with a more solar energy friendly policy, offer more subsidies on solar panels than the others. In general, you will get a 40 percent subsidy when you buy a Vikram solar panel.
In this article, we provided you with a comprehensive guide and extensive insights into Vikram solar panels. The main objective of this article was to provide details of pricing, but along with that, we also provided information pertaining to the company profile, the advantages of choosing Vikram Solar, the information required to be furnished, and so forth. We have also answered some of the frequently asked questions with regards to Vikram solar panels for your understanding. We hope this guide helps you in your solar power journey!
If you are looking for the best and most efficient rooftop solar panel, then it is undoubtedly provided by Tata Solar, a solar energy company, based in Bangalore. With over 5.4GW solar energy projects, this brand is spread across 13 states in India. Initially, it was a joint venture between Tata Power and BP Solar and was established in 1989. While the company is based in Bangalore, it also has its headquarters in Mumbai.
Tata Power, which is the largest integrated power utility in India, became the sole owner of Tata Solar in 2012. This power distribution company works to provide electricity to residential and commercial buildings in alliance with State DISCOMS. The current manufacturing plant capacity of the company is 400 MW of solar panels and 300 MV of PV cells. 100% automated machinery is used to prepare their Poly-crystalline panels.
Speaking of projects, Tata Solar has undertaken several large-scale solar projects over the years. It has dealt with projects ranging from 10MW to 100MW. These solar panels are sold through various distribution channels, as the brand has at least 1 exclusive distributor in every state where Tata Solar panels are available. The presence of this company goes beyond the Indian subcontinent to places like the USA and various other countries as well.
In this article, we look at the Tata Solar price in India which is an important aspect to consider before buying a solar panel. No matter how efficient or great the quality of a solar panel is, your budget and the price of the panel need to match to some extent, for you to choose a specific product. Tata Solar is a trusted brand and evidence lies in the fac that some of the leading corporates, MNCs, and institutions have worked with it.
What makes Tata Solar such a remarkable brand is the quality of products they manufacture, the credit for which goes to the hard work of the workers coupled with the exceptional automated machines. The Tata solar panel price depends on the specific product that you purchase since every panel is made for a particular rooftop situation. We have provided a list of the Tata Solar panel price along with the price per watt in this section to give you a better understanding.
|Wattages||Cost (Rs.)||Price/Watt||Technical Specifications|
|330 W- Polycrystalline||9900||30||Voltage (Vmp)- 37.67Current (Imp)- 8.91|
|150 W- Polycrystalline||7500||30||Voltage (Vmp)- 38.33Current (Imp)- 9.02|
|50 W- Polycrystalline||1500||30||Voltage (Vmp)- 39.34Current (Imp)- 9.55|
Please note that the prices mentioned above are exclusive of 5% GST and 1% transportation cost that can vary depending on the geographical location as well as the size of the project.
Tata Solar panels are one of the finest quality solar panels that you will find in the Indian market at present. The brand is engaged in Solar Engineering, Procurement, and Construction processes and it has set a high standard for manufacturing the best solar products across all regions of the country. This includes manufacturing solar panels using crystal technology for more efficiency. All of this coupled with the Tata solar panel price per watt, which is quite reasonable makes this an exceptional product.
Solar panels by their very nature have proven to be the most sustainable method of producing electricity both in residential areas as well as for commercial purposes. It has a zero-prevention carbon footprint that makes it the most valuable source of renewable energy. You can benefit a great deal and enjoy the advantages provided by such a system to any household.
Tata Solar panels are widely available in many places across the country. Access to these magnificent solar panels has never been a difficult thing. You can either buy the solar system through any solar installer or system integrators. Orders of solar panels that are above 50KW are given to either government tenders or any EPC player. Other than these methods, there are various websites that sell the Tata Solar panels which include Amazon, Flipkart, and a few unknown names as well.
You might even get great discounts on the Tata solar rooftop price if you order from these places. However, do not get swayed away by the cheapest price and the maximum discount offers, as there are many other factors that should be considered before buying a solar panel. This includes factors like the total energy (in watts) that is produced by the electronic appliances in your home, the rooftop space and location available, your budget, and so on.
If you are an entrepreneur and wish to take up a dealership of the Tata solar panels then there is a whole different set of guidelines available. We shall discuss it briefly here, but such an investment will require you to do thorough research. The most basic requirement for a solar panel dealership business is a commercial space. You need this for regular operation and investment for hiring staff along with various other things.
considerable amount of Rs. 15 lac to 20 lac is required for initial investment in the business. After the agreement has been sealed, you will receive an ‘Authorized Dealer’ certificate that will allow you to sell these solar panels.
A set of information is to be provided to the company if you are a home or business owner looking to buy a Tata Solar panel. Here is a list of documents and information needed:
While buying a solar panel, people conveniently ignore to check for valid certification from the recognized authorities. Irrespective of whether you are a homeowner, a solar developer, an EPC player, a solar installer, dealer and distributor, etc, you must be wary of the different certifications that a particular solar panel passes through before being sold in the market. Off-grid solar systems do not require any certifications.
However, if you are working in any solar tender like water pump, rooftop solar projects, ground-mounted solar system, solar subsidy, and so on, here is a list of solar certifications that you must check:
This article has attempted to give you a brief idea of the popular brand- Tata Solar along with the Tata solar panel price in India. In this particular section, we have dealt with some of the most frequently asked questions about this topic.
Every Tata Solar panel is accompanied by a host of solar accessories that are required for the installation process and even for maintenance or any other problem. These accessories usually include- the solar GI structure, an MC4 connector, an array junction box, an AC distribution box, 16 nos fasteners, solar cable of a particular size as per requirement, AC cable, cable tie, conduit pipe, earthing kit, and a lightning arrestor.
The government subsidy rate offered on solar panels differs in terms of the brand, the region, the size, and a few other factors. A 40% government subsidy is usually offered on the benchmark cost of a Tata solar panel. However, this can vary depending on the factorsmentioned earlier.
The DERC guidelines clearly state that the sanctioned load of the connection should be the maximum solar plant capacity. In many cases, there are customers who wish to install panels with a higher capacity which levies additional SLD charges.
You require 3-4 solar panels for 1 unit of electricity or 1kw.
There are innumerable advantages of installing solar panels, but there are a few disadvantages also. The initial cost of solar panel installation is very high and this becomes a problem for many people. Secondly, solar panels tend to be highly dependent on the weather, since their efficiency invariably drops on cloudy or rainy days. It also uses up a lot of space and this can be a disadvantage for rooftops with limited space.
Articles like these are meant to point out to you that while there are many positive points about a particular brand, there are a few negative ones as well. You must have a holistic understanding of this before you head on to buy a solar panel. This article on the Tata solar panel price in India tried to help you out with this regard.
We always encourage our readers to make smart investments that can really make a difference in their long-term financial savings. Investing in a solar battery is one of the best things to do. If you are into DIY solar projects or even looking to set up a residential system, a good quality solar battery work as the cornerstone of your entire setup.
Especially solar panels can prove to be very handy if you live in an area where there is constant inconsistency in the supply of electricity. In India, there has been quite a surge in the use of solar panels in the last few years and more and more people are now open to the use of renewable energy like solar to fulfill their power requirements.
In this article, our main focus is to give you the best tips and pointers that will ultimately help you to pick the best solar battery in India. We will start with a list of the best solar battery options shortlisted from Amazon. We have used everything available at our disposal to create this list and we are sure that you will find your dream solar battery here. In addition to experts’ opinions, we have also surveyed the length and breadth of the internet and consulted numerous reviews and user ratings to bring the best right at your fingertips.
To begin with, we have a solar battery from Luminous which enjoys a great deal of prestige and trust the Indian public, thanks to its consistent service, since many years. The Luminous LPTT 12150H is a 150 ah battery that is more than capable of fulfilling your requirements.
It is totally safe to use and a lot of people have created their first solar panel setup with the help of this battery without any issues whatsoever. It weighs around 58 kilograms, which is standard for a battery of this size, allowing for efficient management of almost all major electrical appliances.
Whenever you are buying any sort of technical equipment, it is always important to check the warranty of the product. The Luminous LPTT12150H gives you a solid warranty of around 5 years that covers your investments. Another factor that is considered while buying any battery is the safety and ease of operations. The Luminous LPTT12150H satisfies this factor too. Overall, we can say with utmost certainty that this is a very affordable and impressive solar battery and you should waste no time whatsoever in getting it for your solar panel system.
Exide does not require much introduction asit has emerged as one of the best and most undisputed manufacturers of batteries of all types, shapes, and sizes. Now, with its venture into the solar energy market, Exide has managed to achieve the same excellence in making solar batteries that it had traditionally enjoyed. If you are looking for a solar-powered battery for your inverter or your UPS or even your solar power system, the Exide Solar C10 Tubular Battery prove to be one of the best purchases that you have made in a while.
It has an average lifespan of anything between 7 to 10 years and also comes with a hefty 5-year warranty that safeguards your investment. It should also be noted that this one is a c10 battery just like the previous one. This means that the battery is capable of giving a higher amount of backup compared to c20 variants. This is achieved by a combination of low self-discharge cycles and other cycles at different depth of discharge or DOD rates.
Reliability is another vital component that should be considered while choosing a solar battery and it is right to do so as well. The Exide Solar C10 Tubular Battery excels in this regard thanks to the Torr Tubular Positive Plates which are manufactured in high-pressure HADI casting machines. This makes the battery incredibly robust thereby giving it a long extended shelf life without too many issues.
The Exide Solar C10 Tubular Battery also features a low topping up frequency that makes for better ease of use. Other than this, it is also important to mention that this battery ensures minimum water loss. This is due to the use of specialty alloys in grades and pastes. The special non-woven gauntlet which is used in the positive plates contributes to the overall additional battery life. Considering all these factors, we are under no illusions regarding the utility that this battery can bring to your solar system.
Next, we have another high-quality affordable inverter battery that has served countless individuals and families across India. As a result of this, the Luminous Red Charge RC 18000ST has developed quite a dedicated following. We should start off by saying that this battery is one of the most ultra-durable batteries on this list and the rugged construction is a testament to that indisputable fact. The nominal voltage of this battery stands at 12v and the rated capacity stands at 27 degree celsius.
The overall weight of this battery is around 42 kgs. The advanced tubular plate technology used by this battery ensures that the power supply is always regulated and uninterrupted in terms of availability. Not only will the battery life increase, but you will also enjoy the experience of superior power and higher efficiency. This is the perfect solar battery for running heavy-duty applications that demand high and consistent power supply. Another major reason for loving the performance of this battery is that it is very well suited to Indian and subcontinental weather conditions and requires very little maintenance.
As a part of this package, you will get a 150 ah inverter battery, an instruction manual as well as a warranty card. A 36- month warranty against any kind of manufacturing defects caps things off in style. The more we understand this solar battery, the more we are convinced that it is perfect for solar users.
At number 4, we continue with our quest to find the best battery for solar inverter with the Luminous Solar 150 Ah Tall Tubular Battery. This is a tub flooded battery that is explicitly designed for solar applications. The most talked about aspect of this solar battery is that it requires incredibly low maintenance. The required top-up frequency is once every 8 to 10 months on average. The self discharge rate of this battery stands at around 3 percent per month, at an average temperature of around 27 degree celsius.
The next important thing to mention regarding this solar battery is that it is a c10 rated battery which means that it has a higher capacity and also comes with an increased efficacy rating compared to c20 batteries. It has a total weight of around 37 kilos, which makes it one of the lighter solar battery variants that we have added to this list.
We have read a lot of reviews about this battery online and have consulted long term users of this battery. The reviews of the Luminous Solar 150 Ah Tall Tubular Battery is good and consumers are pleased with the incredibly minimum amounts of hassle it demands. For these reasons, we would encourage you to go for this solar battery as we are sure that it will emerge as the perfect fit for your solar or inverter powering system.
For our next solar battery at number 5, we are going back to tried and tested models from a brand that is often considered to be the pioneer of innovative battery technologies and which enjoys a great deal of popular trust among the Indian consumers. This one fits as a perfect option for people who are looking for the ideal inverter battery. One of the big reasons for the battery’s popularity among users, is that it is a dry sealed maintenance-free battery. It is also eco-friendly, which makes it all the more desirable.
This battery has been co-produced with Shin Kobe Electric Machinery Co Japan, which is a very famous battery manufacturer of the Hitachi batteries brand. It is also important to mention that, with a weight of around 9 kilos, this is one of the lightest batteries you are likely to ever come across. Its lightweight makes it easier to transport at short notice with the most minimum hassle. The battery has an added feature of a 2-year warranty. So, in conclusion, it can be said that some of the most highlighted elements of this battery include its durability, performance, and long extended shelf life.
For all of these reasons, this battery has become hugely popular in many Indian households and we have received a lot of positive feedback on this battery. We are convinced that this solar battery will comfortably take care of all your needs and requirements.
We continue with our list of solar batteries from Exide, with the Exide 12v 65AH PowerSafe Sealed Battery. This one is another example of a highly accomplished and trusted solar battery from Exide that can work perfectly as your UPS battery. It is a completely sealed, very low maintenance battery that has been serving numerous Indian households admirably ever since its release.
Although this solar battery is ideal for powering your UPS, it can also perform a few other functions with great competence and this is why it is widely regarded as one of the best in business for its flexibility of usage. You can use it to store power from your solar panels, power packs, lab equipment, and other applications without any issues whatsoever.
This high-performance battery has been a major success in the market and it has acted as a breath of fresh air for solar energy enthusiasts throughout the country. It can be used easily with a 600w inverter and can perfectly function as the ideal partner for a backup.
For these reasons, we are hugely impressed with this particular solar battery model and we would urge you to go for it straight away without any kind of hesitation whatsoever.
We are nearing the end of this list of the best solar batteries in India that are available on Amazon right now. We have already put some really popular batteries on this list and we wish to unearth a few hidden gems for our last few slots. The Amaron Solar Inverter 150AH Tubular Battery is exactly that, as it manages to encapsulate the idea of performing at the best price. A highly affordable and efficient solar battery, this can be the ideal choice for people looking for a stable power supply for their backup UPS or even to power their solar panels.
As this is a c10 battery variant, it is a lot more efficient in terms of power management when compared to a host of other batteries in this price range. Some of the most impressive features of this battery include the rapid charge function. This feature allows you to charge and recharge your battery in a very short duration and thus ends up saving you a lot of time in the long run.
This is the perfect acid lead battery, as it requires extremely low maintenance and requires very little regular care to function on a daily basis. Another important thing that has been highlighted as a major strength of this battery, is its ability to function in a partially charged state.
The reliability of performance and the unmatched consistency is what sets this battery apart from many of its fellow competitors. We have spoken to a lot of users and they all have overwhelmingly positive things to say about its performance. For all of these reasons, we can say with certainty that this battery is definitely one of the best, if not the best solar battery in India.
This is the last solar battery on our list and we are very proud to present this one right at the very end of our list of products. The ST150H SOLAR BATTERY from OkayaPower is easily one of the best solar batteries in India at present, from a perspective of price to performance. It has a capacity of around 150 Ah and also features excellent levels of ampere-hour and watt-hour efficiency. Another big reason for its resounding success is that it has very low levels of self discharge, which contributes to its overall desirability.
As a c10 battery variant, it features a higher degree of efficiency and is another feather in an already decorated cap. The best use for this solar battery is to power cyclic applications due to superior voltage and energy output profile.
Just like some of the best solar battery options, this one has also been specifically tailor-made to operate in partially charged conditions. Last but not the least, the microporous ceramic vent plugs are equipped with water level indicators, which make using this battery a dream. Overall, we think that this solar battery offers a really high value for its price and is definitely one that you should consider investing in.
In this section, we will look at some of the crucial elements that one should keep track of while looking for the best battery for solar inverters.
The capacity of a battery is one of the most important things that constitute a battery’s overall efficiency. The capacity of the battery basically gives you a quantifiable value of how much power the battery can store and it is measured using the unit- kilowatt-hours. It can be said that the average household that can afford a solar panel system uses anywhere between 25-30 kilowatt hours each day and it is best to choose a battery that has a minimum capacity of 25 kWh. In general, an average solar battery will have a capacity of around 10kwh.
Depth of discharge is the variable used to measure the amount of battery capacity that can be used up before the permanent long term life of the battery is compromised to a certain extent. This essentially means that the DOD gives you an idea of how much battery capacity can be used before potentially shortening its lifespan. Thus, it's always better to have a higher depth of discharge rating. The higher the rating, the higher the usage with respect to your battery’s overall capacity.
The power rating of a solar battery is another vital element that should be kept in mind. It shows the battery’s output capacity. The total amount of power that a particular solar battery can produce at a time is denoted using the unit; kw or kilowatts.
Round Trip efficiency is another factor that people look for before choosing a particular solar battery. This is basically the difference between the amount of energy required for the battery to be charged minus the available amount of energy. Just as with the depth of discharge rating, this one is also better if it is higher and gives you much better operational efficiency.
The last thing to consider before committing yourself to any particular solar battery is to check the warranty carefully. This is an important factor because a solar battery is a one-time investment and you need to ensure that you are well covered against any type of manufacturing defects which may be unforeseen down the line. In our opinion, you should always go for solar batteries which have a minimum warranty of 36 months or 3 years. However, 5 years or more would be even better.
This is one of the most common questions that we face with regards to the setting up of solar panels. The exact answer to this question is a subjective one as it is based on factors such as the size of the house, overall power requirements, and number of high-power devices that the household has to run on a regular basis.
On average, most households need around 28 to 34 solar panels in case of most average sized panels. However, if you are going for slightly larger panels, then around 20 panels or so may be sufficient.
The shelf life of a battery is something that a lot of people think before buying a solar battery. And this is important because ideally, you would want to make a good investment in a battery and subsequently expect it to work for quite a few years before having to replace it.
For this reason, it is vital to invest in a solar battery that has a good track record in terms of longevity of service. There are 3 main types of batteries for you to choose from when we are looking at it from a longevity perspective. These are; lead-acid batteries, lithium-ion batteries, and saltwater batteries. Among these, lithium-ion batteries are considered to be the best option.
This is a common question that comes across in the minds of solar energy enthusiasts. It's also a valid question to ask, as you need to think carefully about cost management before making an investment. It is important to mention that solar batteries still cost more than a generic diesel generator.
The benefit of adding a solar battery to your system for backup power is a very good idea in the long run from a financial standpoint and is definitely worth the investment. You can use the solar energy stored throughout the entire day to power your devices in case the grid goes down. Added to this, it's always worth to go for an eco-friendly option that will allow you to practice sustainable living.
Regardless of the type of battery you use, the main task of a battery is to produce a chemical reaction with the ultimate aim of producing an electric current that can be used as power for various devices. The mechanism through which electricity is produced and stored has a direct bearing on the amount of power your battery can produce.
Batteries can be rechargeable and non-rechargeable. Unlike traditional batteries, the technology used in rechargeable batteries allows for the reversal of the chemical process. Here, the electricity to the battery reverses the chemical reaction process and the battery can be recharged.
We also have car batteries which are usually lead-acid batteries and are known as SLI batteries designed to produce quick bursts of electricity that could power the engine to start as quickly as possible. Then you also have VRLA batteries, which are basically pre-sealed batteries. In VRLA batteries, the gases produced inside are not able to leak out. olar batteries are deep cycle batteries.
In the most simple terms, a solar battery is used to store the energy produced by your solar panels so that you can use it as a backup later at a different time. You can use it at night or even during cloudy days where the solar panels are not able to produce enough electricity.
If you have a rooftop solar setup with no batteries, then the power produced has only two uses; either you have to use it or it gets automatically transported to the electricity grid. Since most people are likely to use more electricity at the beginning and end of a day, a solar battery allows you to save electricity, which you can use when it is needed the most.
There are different ways to set up a home battery. In this section, we will talk about a general setup that is common among many users.
If we consider a typical solar panel setup, you will usually find that the solar panels are feeding electricity through an inverter that charges your batteries and is able to provide electricity to various household devices. Nearly all household residential solar battery systems are connected to the main electricity network and the power comes in through a meter.
In this article, today we have tried to unearth the best solar battery in India so that you can realize your dream of setting up a solar panel system as soon as possible. We started off with a brief intro and then followed it up with a list of the best picks from Amazon in the category of solar batteries.
We have laboured hard and undertaken detailed research to bring you the best shortlist of products out of which you can choose your favourite solar battery. This list not only has the backing of our experts, but also the community, as we have factored in numerous online reviews and ratings given to these products.
After this section, we moved on to another one, where we tried our best to discuss a few of the important factors that determine the overall value of your solar battery and how to use these markers to get the best solar power battery for your requirements. Keep in mind that we did not want to overburden our readers with too much technical information which they might find unnecessarily complicating.
We also wanted to enlighten some of the more inexperienced individuals who wish to begin their solar panel journey. For all these reasons, we tried to keep things simple and we urge you to do further research if you feel that you would like to have a bit more detail.
Lastly, we finished things off with a few frequently asked questions concerning different aspects of solar batteries. We hope this article finds some good use for you and you are able to realize your dream of getting the best solar battery in India.
Solar technology is improving continuously, and advancements are taking place at a rapid rate today. New types pieces of equipment are designed by solar panel companies to provide tough competition to the other brands in the industry. This automatically increases the efficiency and productivity of the equipment. Solar trackers are one of the many inventions that assist in providing a better power output throughout the day by following the sun’s path.
Solar trackers are designed to follow the rays of the sun at all times to maximize the power output. This is done using specific software and drivers. The sensors in the tracker react to sunlight and linked motors follow the GPS coordinates of the position in which the sensor is placed. The mechanism might sound very simple and, yet it is extremely effective.
There are a few solar tracking systems that function with the help of compressed liquid and gas, while others work with small PV panels that can effectively power the driving systems.
There are mainly two types of solar trackers that are used- single-axis and dual-axis solar trackers. Let us now look at the important differences between the two, so that you can easily figure out which one is best suited to you.
A Single r-axis solar tracker rotates using a single point and its movement is in unison based on panel row or by section. This kind of solar tracker tracks the sun in an East to West direction and recently they became a part of utility-scale applications. Research shows that while several years ago, single-axis trackers were never used, only two years ago their usage increased to 70%. This shows how rapidly these trackers have become an irreplaceable part of the utility-scale market.
On comparing single-axis solar trackers with the dual-axis ones, it can be noted that the former collects less energy per unit. However, in general, they are much easier to maintain and use. There is also an option to choose between centralized or decentralized single-axis tracker types. Both the types occupy very little space wherever they are installed.A single motor powers the centralized tracker and the segment of panels are moved by the driveline between rows. On the other hand, the decentralized tracker has one motor for every tracking row.
Advancement in technology has today allowed solar rows to substitute for row and horizon shading, deal with adverse wind situations, and diffuse light. Thus, even when there is hardly any sunlight, the tracker is able to catch the available diffused light. In certain advanced solar tracking systems, there are system-level monitors that allow tracking to continue despite harsh weather conditions.
There are a few limitations of these trackers, as installing them becomes a problem in higher topographies. However, with new technology, this is improving and now we have trackers that are accustomed to colder climates and also in sitations when there is extreme snowfall.
Experts have suggested using dual-axis solar trackers since they capture the sunlight directly as they rotate on both X and Y axes. The arc of the sun varies from season to season and this determines the rotation of the earth, which is not always the same. However, even with the ever-changing positions of the sun, the dual-axis solar tracker can track sunlight. This is the main reason, why they are considered to function better than single-axis solar trackers.
These trackers yield more energy. In fact, it is almost 30 to 45 percent more energy than the other tilt-solar panels. They are considered ideal for residential areas even though they are becoming more common for utility-scale applications.
To allow the solar panels to reach a better and higher range angle, these trackers are installed at a height, such as an elevated platform. 20 panels per unit can be covered by a single dual-axis solar tracker. However, there is a limitation to this. You will have a hard time reaching the elevated post while cleaning the tracker, which is something crucial for its maintenance. You can use the space above the place where the tracker is installed for agriculture or similar work. Rooftop solar systems are still being developed and it will take a few years before they become popular.
It is true that tracking of the solar panel throughout the day gives more energy as compared to its stationary counterparts. The exposure to the sun is automatically increased with the help of a tracker, as it tracks the path of the sun and even when the light is diffused, the tracker can capture some sunlight. Depending on the geographic location, a tracker produces almost 10%-25% more energy.
They generate more energy even after occupying the same amount of space as the standard solar systems. Thus, they optimize land usage which is always a great thing. There are certain places in the world where there is ‘Time Of Use’ rate plans of solar power. This means that during peak times of the day, the utility purchases the power generated at that time. Even for situations like these, tracking the solar panels benefits the utility industry more.
Despite these advantages, there are a few disadvantages as well. They tend to require more maintenance and frequent washing for proper functioning. They are also slightly more expensive as compared to the standard types of solar trackers. These trackers are also a problem in cold places with snowfall and hence, it is best to install them in places with warm climates.
If you own a solar system, you should definitely consider getting a solar tracking system to enhance the power output. The initial costs and expenses of maintenance are covered by the exceptional performance of the trackers. They are worth the investment, because of how much more energy they are able to produce when compared to a standard solar system without a tracker.
The use of solar panels has gradually become more and more widespread in many places of the world, where it was not considered an option not too long ago. Still, there are quite a few doubts regarding the efficacy of solar power and whether they are able to meet the power requirements for high load devices such as Air conditioners and Refrigerators. In this article, we will tackle those questions head-on and tell you the ways in which you can easily run air conditioners and other high power devices using your solar panel setup without having to spend a fortune.
Air conditioners are widely used owing to the rise in global temperatures creating oppressive conditions during the peak of summer in the subcontinents. ACs are now common not only in homes but are also becoming more and more common in commercial establishments of various sizes including the micro industries. With the right solar panel setup, you can save a lot of money in running multiple ACs or continuously running ACs for hospitals, schools, and other public and private spaces.
Especially in countries like India, the high temperatures witnessed during summer coupled with the high cost of running air conditioners, the conditions are ripe for higher solar panel setups which facilitates consumers to make significant savings in the long run.
You can run air conditioners on both on-grid as well as off-grid solar systems. The only difference is that in on-grid systems you can run your appliances even when there is no electricity, which is not possible in the case of off-grid systems. If you are using an on-grid system, you should ensure that you install kVA inverters to handle high loads. It is also recommended to install a higher kW worth of solar panels if your expected AC usage is higher than average. In general, it is recommended to run air conditioners within a capacity range of 3 kW to 10 kW depending upon the number of ACs you're expecting to run and their average durations. In the case of on-grid systems, you can easily support the running of multiple ACs in commercial office spaces or residences with electricity bills ranging from around 1 lakh to 5000-10000 respectively. Apart from this, one of the major reasons for setting up an on-grid connection is that you enjoy the benefit of net metering policies to avail credit in your monthly electricity bills.
In order to run an on-grid system, you will require government approval as well as dedicated roof space to set up your solar panels. The benefit of installing on-grid systems is that the government offers a lot of added incentives for users. This manifests in the form of subsidies which will help you to reduce your costs to a certain extent. You can get different rates of subsidy in different states. General conditions are that the system should be a grid-connected, battery-less, with you as a domestic residential consumer to claim the benefits.
When we talk about air conditioners as appliances consuming more power, we are referring to two main aspects which you need to keep in mind. Air conditioners and other such appliances have a high draw of initial current and demand higher wattage to start with. Here we will discuss the max wattage and the ideal maximum kVA panels that are required for ACs of different tonnage.
In the case of a standard 1 ton AC which is used by most small establishments and residences, the max wattage requirement would be somewhere around 1300 watts or 13 kW. For this kind of power requirement, we would recommend a 1.6 kVA solar power, assuming there is a 0.85 power factor. In the case of higher powered ACs such as 1.5 tons, a 2.4kVA solar panel can be used to match the 1900 watts or 1.9 kW requirements. If this is still not enough and you need to run a 2 ton AC, then you will need to have a 3 kVA solar panel for maximum power supply, as the wattage requirement will be somewhere around 2500 watts or 2.5 kW.
If you wish to set up a solar panel system to run your ACs, it is vital for you to understand the concept of solar net-metering which helps you to calculate any excess power that is being generated by your solar grid system. The two main conditions that you need to fulfill while
setting up an on-grid solar panel system are as follows :
The number of solar panels that you require to comfortably run a 1.5 ton air conditioner depends upon the maximum kVA of the individual solar panels. However, as a general rule of thumb, we can recommend that you should get around 10 panels with a wattage of around 250 watts each. In the case of 1 ton AC, it is best to set up 6 solar panels with 250 watts each.
Solar panels perform the task of converting light energy from the sun into electric energy that can be used by a whole gamut of different everyday appliances used daily. The transformed energy is then stored in batteries and used by the different appliances as per their requirements. It is fair to say that you can run almost any electrical equipment using solar energy which generally runs using normal electricity. These include things like lights, fans, TVs, computers, PlayStations, and many more. Some people seem to think that it is not ideal to run Air Conditioners and Refrigerators using a solar power system, but this is a myth that has been disproved time and again.
Batteries are devices which store the converted light energy so that various household devices can utilize the energy to run everyday functions. In most cases, off-grid solar panel setups require batteries to store the power, which can be used later when there is no electricity available. Most people would recommend a 4 battery setup with 150 mAh batteries if you are running a 1 ton AC. This might change as the AC capacity increases to 1.5 or 2- tons.
This question generally comes from those who wish to set up an on-grid solar panel system for their residence. We would recommend you to figure out the power of your solar panel and measure the total amount of power that your AC needs to function. In theory, you can run a 1.5 ton ac on solar without batteries, provided that there is enough power being driven from the solar panel into the appliance. It is important to mention that a 1.5 ton air conditioner consumes somewhere around 1.6 kW of power. We would ideally recommend you to go for a 2.5 or 3 kW power system if you are planning to run a 1.5 ton AC without batteries using solar power. Overall, it is better to go for a higher kW capacity as you will be running other appliances as well along with your AC, which will consume additional power and put higher stress on your solar panels. In short, it is possible to run a 1.5 ton air conditioner without using a battery, but you need to do adequate research about your power requirements and whether your panels are capable of meeting them.
There are a few important benefits that you will enjoy if you choose to go for a solar AC module instead of a DC variant. The first major advantage is that an inverter battery is not a mandatory requirement in the case of solar AC modules. Another reason for the popularity of AC modules is that the installation is very simple and straightforward and takes about 15 minutes or so. Other than that, you also have the panel wattage monitoring mechanism which enables you to always stay in control and fish out any irregularities if they should arise. The last thing to mention regarding the benefits of AC modules is that it gives up to more than 25 percent power generation as compared to DC modules.
In this article today, we attempted to answer the main question of whether it is possible and feasible for you to run your AC on a solar-powered system. We discussed numerous themes and sub-themes related to this topic in this article and we expect that you acquired some valuable information that you probably were not aware of before. We dispelled the myth that it is inadvisable to run air conditioners on solar power setups and we also explained the reasons why it could prove to be a very good solution for a host of Indian families owing to the harsh summer conditions and the costs of running air conditioners regularly.
Then in the following section, we had some discussions about on-grid and off-grid systems. We outlined their main differences and how they function and what additional requirements they have. Next, we addressed the questions surrounding the wattage and current requirement of air conditioners and which panels would be suitable for different air conditioners based upon tonnage considerations. With that, we bid you farewell and we wish you the best in your environmentally sustainable endeavors until we meet again.
The solar power industry has really taken off in the last few years worldwide and also across major parts of the subcontinent. In India as well, many sections of the agricultural professionals have turned to solar-powered water pumps for their irrigation requirements. Solar-powered pumps are nothing but water pumps, which use solar energy instead of traditional electricity. The recent surge in solar powered pumps in the agriculture sector is largely because of the cost-effectiveness and durability.. Additionally, they are also quite easy to install and requires much less maintenance compared to the more traditional electric water pumps.
In this article, today, we will try and give you some vital info on how you can run solar-powered water pumps step by step so that you can use them according to your requirements. Keep in mind that the average shelf life of a solar-powered water pump is anywhere between 15 to 20 years on average. This kind of system is ideal for areas and regions where there is unreliable supply or availability issues regarding electricity. So sit back and let us take you through this journey of solar water pumps for home usage and we are sure that by the end of this article, a lot of your doubts will be cleared. We will start off the discussion by outlining some of the major benefits of solar-powered pumps and then move on to some more intricate issues that are relevant to the topic of discussion at hand.
There are 3 main benefits of shifting to a solar powered pump from a traditional water pump that runs on electricity. Most users have stated that the main reason for their choice of shifting to solar pumps from electric water pumps, is because it removes the dependency on the grid system. Most pumps today are totally dependent on the grid and if there is a power cut, everything comes to a sudden standstill.
Another big reason for the sudden surge of solar power pumps is that they are convenient to use. This is because the pump can use solar energy during the day and the stored power will allow you to use the pump at different times of the day where there is no sunlight.
If you are involved in agriculture and you do not enjoy the overdependence on electricity, then solar water pumps for agriculture can be a godsend for you. For instance, there are a lot of handpumps still in use in India, which can be mounted on a well without causing any kind of disruption to your electric well pump. This allows you to have a backup option to deal with unexpected power outages.
The type of solar power setup you wish to go for will depend upon your needs and requirements related to water supply. There are two main options that you have at your disposal.
If you are looking to install a solar water pump for your home to get water for household chores and such, we would recommend you to go for a 2 off-grid solar system, if you have a water motor that has a ½ HP rating.
In case the water pump is of a higher HP rating such as 1 HP, the ideal choice would be to go with a 3 kW solar system.
This type of solar pump setup is ideal for large homes as well as small and medium-size commercial establishments, shops and offices. This type of a system can run more or less anything when it comes to electrical appliances. The only thing it is unsuitable for is running air conditioners. You will get around 8 to 10 units of generation every day and it is also easier to install, as it takes only 200 square feet of roof space.
If you are looking to set up a solar system for a big house or a larger shop or commercial establishment, then this is the way to go. This type of solar system is capable of producing up to 15 units of power every day and requires slightly more rooftop space to be set up.
Just like any other regular water pump, a solar water pump, pumps water to different taps and outlets as per requirements from your main water storage tank. The difference is that a solar-powered pump manages to do this without having recourse to dedicated power lines. Solar pumps can be used effectively for regular day-to-day activities, as well as commercial activities related to agriculture, irrigation and animal husbandry. One of the basic ways in which a solar pump differs from a regular water pump is that, it uses DC current instead of AC current, which is used by most traditional electric water pumps.
Most of the solar pump models are ideally designed to be used as a part of off-grid systems and they are also highly efficient in terms of their power utilization and task management. As it uses DC current, it does not have to suffer any loss of power while converting DC to AC and vice-versa. This allows you to maximize pumping while at the same time minimizes the use of power.. If you use PV-Direct, you can directly pump from the solar panel without using separate batteries for the purpose. Those who use solar powered devices know that storing the power in batteries can result in loss of power to a certain extent. The possibility of this happening is completely negated as the water is stored in a cistern or a tank and pumped from there directly to various outlets. In case of a cistern, you will have a removable lid at your disposal where-as in the case of a tank, it will generally be sealed.
Solar Pumps generally come in two different varieties. A submersible pump, as the name suggests, is a pump that is installed under water. These are generally found submerged in a well although they can also function inside a pond or a stream, if they are raised slightly from the bottom of the water bed.
A surface pump on the other hand can only be installed above the surface of the water and is equipped with an intake hose which feeds the pump by taking water from the source. Then a separate output hose performs the task of feeding the tank. Make sure to keep the pump close to the water source as that helps in effective water intake into the pump. The vertical distance between the water source and the pump should be as low as possible to ensure effective passage of water intake.
A solar pump requires a solid boost before functioning to full throttle. Once it starts, a pump requires a high surge of current initially, but it does not require high voltage. This is why, sometimes, a solar pump may struggle to power itself effectively in the dim morning light of dawn. And to address this issue, we have a device called a Linear Current Booster that is installed in between the solar panel array and the pump in order to ensure current output so that the pump can perform its task to the best of its capacity in dimly lit conditions. This is achieved by dropping the voltage output as this does not affect the water flow as much as the current requirement. Ultimately, this is great for giving higher levels of convenience and the option to have uninterrupted power supply during different times of the day when the sunlight is not at its peak.
In case of solar water pumps for home usage, some people use a float switch, which is a device that is used to control the turning off or on of the pump based on the water level. In case of a pump-up switch, it will turn on the pump when the water is low and turn it off when the water level is high. On the other hand a pump-down switch will do the opposite and turn the pump off when it is empty and vice versa. There are also LCBs which are able to connect the float switch to its input system without directly connecting to the pump. Always be sure to check the LCB manual thoroughly for the details on this matter.
In case of water supply to a house, there has to be adequate water pressure in the pipes to allow the water to flow freely. This is measured in PSI or pounds per square inch. In general, most houses have a PSI rating of around 40, although 20 PSI can be enough for your requirements. There are different ways to achieve higher water pressure and gravity. Feed is the most basic and common system that we would recommend. This mechanism uses the power of gravity by setting up the tank on top of the house.
You might very well find yourself in a situation where it is not possible for you to set up a high storage tank that is placed above your house. In this case, you have the option of using a small booster pump to ensure that enough pressure is created in the pipes connected to the system. This pump needs to be connected to a battery bank. This allows you to have access to water at any point of time during the day by creating conditions for effective pressure. It is also very important to check the technical specifications of the booster pump that you will be using to gauge PSI capability, while also getting a good idea about how many amps will be required to set up the process by which pressure is created.
In this article today, our main focus was to give you detailed and comprehensive reviews of the process and steps involved in the setting up of solar-powered water pumps. We started off with a short introduction on what solar pumps are and how they can be beneficial to different people for personal as well as professional purposes. We also spoke at length about the various kinds of solar water pumps for agriculture that are in vogue and the different benefits it offers as opposed to traditional electric water pumps. Because of the cost-effectiveness of solar-powered pumps, a lot of households in India are turning to this new form of texhnology and as a result they are reaping significant long term benefits.
Through the course of this article, we have also discussed numerous steps and choices that are important to consider before deciding on a specific solar power setup that you are planning to undertake. Make sure to read these steps carefully and we also encourage you to do further in-depth research if required. Hopefully, we were able to cover some useful topics in this article and we also hope that it finds some good practical use for your requirements. With that we bid you farewell and we wish you all the best in your efforts to get a solar-powered pump to meet your personal or professional water supply requirements.
In this article, we will discuss one of the most important aspects of creating a solar panel system, which is the battery. Regardless of whether you are planning to move off the grid or add some extra energy storage capacity to your existing grid-connected system you have two main options to choose from, in terms of battery types. These are Lead-acid and Lithium variants and both have their own set of pros and cons. We will discuss some of these in detail and give you the most comprehensive picture regarding which battery type is suitable in different situations and setups.
For starters, we can say that Lead Acid batteries offer a tried and tested technology that costs much less but require a lot of rigorous consistent maintenance.
On the other hand, lithium is one of the best current battery technologies present and they are known for having longer shelf lives and a higher degree of efficiency. It does however cost more than lead-acid battery types. In the following section, we will discuss some of the specifics regarding the two types of batteries.
This type of a lead acid battery is distinguished from others by the submergence of their plates in water. Not only do they require regular and thorough checking, these batteries also require refilling every one to three months, so as to function at optimum efficiency levels. If sufficient care and testing is not carried out, the warranty on these products may become void, which is to be ensured.. Also, FLA batteries need to be kept in a very well ventilated enclosure as they emit gases. These gases need to be expelled through a good ventilation system.
This is the second variant of lead-acid batteries which are very popular in the market, when it comes to people setting up solar panels. SLA batteries can also be divided into two different types. These are called Absorbent Glass Mat(AGM) and Gel which are slightly different from one another and at the same time shares quite a few properties. Not only are these batteries spill-proof, they also require the most minimum levels of maintenance on a daily basis.
The main point of difference that sets apart AGM batteries from Gel types is that the latter tend to have relatively lower charge rates as well as a lower and more limited output capacity. Gel batteries are also not ideal for handling higher amounts of charge current. This also means that they require frequent charging and are also not capable of consistent high output levels.
Lithium batteries are the last option at your disposal and are often considered to be state of the art batteries, in terms of technology used and the efficiency they offer. Even among the lithium battery models, there are some which are better than others in case of usage with solar panels.
The most recommended lithium battery chemistry to use with solar applications is Lithium Iron phosphate which is also commonly known as LFP batteries in many local markets around the world. Not only have lithium batteries proven to last t longer, they can also be put under great pressure with deeper cycles and higher loads. Another important thing to consider is that they do not require a good ventilation system like the lead-acid battery variants.
Since they represent the best in battery technology at present , lithium batteries are costlier compared to the rest mentioned here. However, they are more efficient and this can potentially save some money over time.. This is because you might end up paying significantly less per kilowatt-hour of capacity in the case of lithium variants.
One charge cycle is referred to as the total time taken to discharge a battery by connecting it to appliances and then recharging with the help of panels. In the case of solar panel batteries, their efficiency is measured not in terms of the number of years the battery can run for, but the number of cycles they are capable of, before they wear out and expire.
An analogy that might help you to understand this concept better is the things you consider before buying a used car. Obviously, the mileage is a lot more important than the year of production in order to give you an idea whether it's worth buying or not.
It's more or less the same in the case of batteries. It all depends upon usage frequency. For instance, in the case of a vacation home, a sealed-acid battery may go through 100 cycles in 4 years. The same battery will go through more than 300 cycles in the case of a full-residence in roughly the same amount of time. Obviously in this case, the one that has gone through lesser cycles will be in better shape.
An important factor that has a bearing on the cycle life, is the depth of discharge. It is used to denote the capacity of usage before recharging the battery. Deeper discharges tend to put more pressure on the battery and this results in the shortening of life cycles.
As mentioned before, the discharge depth basically denotes the overall usage capacity of a battery before it gets recharged. So for instance, if you use 3/4th of your battery’s capacity, the discharge depth will be 75 percent. It's important to note that batteries actually do not discharge fully when in use. They also have a recommendation telling the user the ideal depth of discharge rating before it requires a recharge.
In the case of lead-acid batteries, it is recommended to use up to 50 percent of its discharge capacity before recharging the battery again. Beyond that, there is a chance of a negative impact on the lifespan of the battery.
On the other hand, lithium-powered batteries are equipped to handle deep discharge levels of upto 80 percent. This automatically translates to a higher usage capacity.
It is common knowledge that lithium batteries are generally more efficient across all devices. They are capable of storing and using more solar power.
Lead-acid batteries have around 80-85 percent efficiency, depending on the particular model in question. So for instance, if you have 1000 watts of solar energy absorbed by the batteries, you will have around 800-850 watts available for usage after the charging and discharging process.
Lithium batteries on the other hand are more efficient and generally have an efficiency rating in the high 90’s, depending upon the model and other specifications.
Higher efficiency levels entail that batteries charge faster. Also, depending upon the specifics of your setup, it could also mean that you don't need as many solar panels or you can easily work with a smaller backup generator and lesser battery capacity.
As lithium batteries are more efficient, they can also charge much faster and thus saves time. As they are able to handle a higher degree of amperage from the charger, they are equipped to refill much faster as opposed to the sealed lead-acid batteries.
The rate of charge is expressed as a fraction such as C/5, where C = the capacity of the battery is amp-hours(Ah). So this means that a battery with a 430 Ah rating would receive 86 charging amps.
In the case of Lead-acid batteries, they are a lot more limited in terms of charging capacity. This means that the battery is at risk of overheating if you charge it continuously for too long. Apart from this, another issue with these types of batteries is that the charge delivered gets weaker and slower as you approach maximum capacity.
Lead acid batteries are capable of charging at around C/5 during the bulk phase at around 85 percent capacity. After the bulk period, the charger slows down automatically in order to top off the batteries. So, the conclusion that is drawn from this discussion is that lead-acid batteries usually take a longer time to charge and in some cases it might take up to twice the amount of time compared to a lithium-powered battery.
In terms of mass and weight, it is a general rule of thumb that lead-acid batteries are heavier in terms of weight compared to lithium variants. For fixing solar panels, most of the installers can handle the extra weight without any issues, so no need to worry. However, if you are planning to do DIY style, then you should know that lithium batteries may prove a bit more tricky to install without any kind of professional help. We recommend you to get some help in lifting and fitting the panels.
However, like everything in life, here also you have a trade-off to keep in mind. Lithium batteries have a higher energy density as compared to lead-acid variants. This means that lithium batteries are able to fit a higher amount of storage capacity in less space.
In this section, we will look at different applications and try and give you the benefits of using each different battery variant.
In this case, we would urge you to go for either Flooded Lead Acid or Lithium battery variants. In case you plan to live off the grid full time, we would highly recommend FLA battery types. This requires regular maintenance. However, if you plan to undertake heavy usage, Lithium battery types are the best bet.
If a solar panel system is set up for your vacation home or cabin, it is likely to be in use for a few days in a year on particular occasions. For this, a Sealed Lead Acid battery variant is recommended as against FLA batteries, which requires regular maintenance.. In these situations, we always recommend SLA types as they are a lot more resilient and are capable of functioning over longer periods without having to undergo regular maintenance checks.
In this case, we would once again recommend SLA battery types. If you are setting up a solar panel for emergency power requirements during power cuts, then you will not be using the system all the time, but only on certain occasions. The requirement, in this case, is to have a battery that you use occasionally and that doesn't demand too much maintenance. This rules out FLA variants. Additionally, you should not spend on lithium batteries for a backup solar power setup. Thus, the only other viable option left is to choose SLA types.
You can go with either an SLA battery or a lithium battery for this type of setup. Industrial sites or areas with high power requirements should always go for lithium batteries as they would offer you the best price to performance ratio.
In this article, we tried to give you some pointers on various types of batteries best suited for different solar panel setups. We started off with a small intro on the various options available and what they offer. Then, in the subsequent sections, we tried to offer more details in terms of FLA, SLA, and Lithium battery variants and where they should be ideally used. Hopefully, this article finds some good use for you and you can get the right kind of batteries for your solar setup as early as possible.
Solar power represents the present and future of non-renewable energy. A slew of solar products is now available for those who want to go for sustainable energy consumption. A torchlight or a flashlight is one of the most essential things you should have, to make your day-to-day life a lot easier. Although on the surface of things, buying a flashlight could seem pretty straightforward, there are a few things that you should keep in mind while deciding on the model you choose.
In this article today, we will help you find the best solar torch lights in India. We will begin with a list of some of the most impressive solar flashlights that you can find in the market at present.
This list has been prepared after a lot of exhaustive research by our team and we have also consulted the consumer market heavily to get direct feedback from the people who have been using these products for some time. We have also taken online reviews and ratings into consideration.
Solar torch lights are extremely handy as they can help you to charge your device without having access to electricity and using the natural energy of sunlight. It is a perfect solution for outdoor activities and for adventure and travel enthusiasts l.
The Indian solar power market has expanded rapidly in recent years and solar-charged devices are now available in plenty. There is now greater awareness of the manifold benefits of using solar-powered devices. Hopefully, you will find something you like from our list of compiled products below.
Agni Solar Systems is a very promising upcoming brand in India in the field of solar-charged products and we have paid tribute to its initiative by adding the Agni Solar Torch 2 as our starting product in this list. It comes with a solar panel of 0.2W/5V as well as a monocrystalline battery. The two inbuilt solar panels are designed to effectively power your device for a considerable length of time.
The average charging time using the solar panels to fully charge the device is around 5 hours. With the USB charger, you can charge it in 3-4 hours, if you are short on time or facing any other inconvenience. The average operating time on flashlight mode stands at around 2 hours for the Agni Solar Torch 2.
In case of the reading mode, the operating time is anywhere between 3-4 hours. You also have the option of getting creative with the reading mode and use it in different ways like wrapping coloured paper around the torch to make a colourful lantern of sorts.
The recommended light source for this flashlight is 0.5W bright LED. With an overall body weight of 130 grams, this solar flashlight is very light and can be carried literally anywhere without any t hassles.
If you require a solar torch for travel purposes, then this flashlight is really the best solar flashlight in India in many ways. Make sure to note that it does not have any mobile charging facilities. The 6 month warranty makes this a really sweet deal and we would urge you to go for it.
The Sun King Torch is our second product on the list. It works as a perfect companion for a host of different situations and this multipurpose feature is what makes it a superb solar torch for farmers as well. Other than this, you can also use this flashlight for night time reading and obviously in situations where you have a power cut. Furthermore, it can also be used very efficiently as a long range focus light and for security lighting purposes too
We have spoken about its uses, now we turn to some of its outstanding features that make it a desirable choice for anyone. The first thing that strikes you about this flashlight is that it is so light and compact to hold and can be used on a regular basis. It fits perfectly into the palm of your hands as well as your pockets and is also very easy to use.
It also comes with a headband which makes it all the more flexible in terms of usage and allows you to use it effectively as a headlight. Not to mention its lightweight makes it ideal to carry during your travels and trips away from home.
Another impressive feature of this flashlight is that it has three different power modes and the average energy consumption varies according to the power mode in use. Keep in mind that this varies the brightness too and affects the average time that your torch light will be on.
The battery saving mode for instance is designed to increase the average lifespan to around 8 hours, with 100 lumens of light. Other modes include a turbo mode, which is set up for high light requirement situations and subsequently draws higher power. The last one is the strobe mode which is like a mixture between the battery saving and turbo options.
The durability of the Sun King Torch is the last point that we wish to mention in this product review. This is especially impressive, as there aren’t many flashlights in the market that are light and transportable, but also durable and having a solid build quality. This is what the Sun King Torch achieves.
It comes with an anodized aluminum exterior housing, a shatterproof lens, and a weatherproof seal- all of which makes it a perfect option for people looking for a torch that could be used for outdoors and camping trips. It is designed to battle the elements and can also survive a partial rain shower l. In addition to all this, the product comes with a 2 year warranty to safeguard your investment.
The next solar flashlight on this list is the 2 in 1 solar emergency torchlight from Amitasha. It has a very impressive battery capacity of 4V 1600mAh that can be used for longer periods without getting burnt. It is recommended to charge this product for at least 30 mins before usage for best results.
The dual charging mode is the most impressive element of this torch light along with the option of a long battery backup. The dual light mode has also been praised by many of its users as it allows them to customize their usage according to their needs depending upon time, situation, and circumstances. The first option is a 12W laser LED and the second one comes in the form of a 30 SMD Tube.
The 6V solar panel is perfectly well suited to draw power from light energy and the charging capacity is pretty efficient for this price range. One of the only cons of this product is that the build quality is not up to the mark. However, the rest is excellent and we are sure that you will have a pleasant experience while using this solar flashlight.
The 5800 LED solar emergency unit from Coolcrash is our penultimate product on this list of the best solar torch for farmers and regular users. The first thing about this solar torch that really impressed our experts was the build and design quality that left nothing to be desired. The omni directional 360 design has also been praised for its usefulness and simple yet effective design.
This high quality performance oriented rechargeable lamp has a solid battery back up of around 3-4 hours once it has been fully charged reaching its maximum battery capacity. The design is especially useful for people who use it as a multipurpose flashlight as it essentially lights up the entire room. Apart from this, this flashlight has a very impressive energy saving capacity, thanks to the low levels of power consumption during operation.
The two different modes are perfectly set up to cater to the specific situational requirements. The fist one is known as the flashlight mode where it consumes higher power and gives higher brightness. The second ons is the suspend mode which reduces brightness and acts as an active power saver for long term uninterrupted usage. The 1800 mAh Lithium ion battery of this device comes with another major positive feature.
Lastly, we should also mention the removable stainless steel handle which has been nothing short of an ingenious addition to the device, as it makes everyday usage easy and convenient.
This makes it equally adept at serving as a camp flashlight or lantern along with the primary function of being an emergency torch light. The final icing on the cake comes in the form of the USB slot which is used not only for charging the device, but can also function as a charging tool to recharge android mobile phones.
When we talk about the best solar torch light in India, we want a device that is multifunctional and can help you in different situations, both indoors and outdoors. The Hykon Solar Flash Torch with Reading lamp is definitely in that category, as it is designed to be your all time companion during moments of darkness.
The dual light system is the most highlighted feature of this solar torch as it makes it possible for the user to customize their device and make everything a lot easier.
The build quality is decent and sturdy enough to withstand a fall, thanks to its ABS plastic body. However, it is plastic and hence be careful to not subject it to harsh conditions. The charging options are also simple but effective. The micro USB charger allows you to charge the device in less time during emergencies. you have the dedicated solar panels l which makes use of light energy to power the device.
The solar panels used in this torch light are of polycrystalline type that is decent enough to give you an overall good solar charging experience. The panels are of the rating 0.2W/5V and it takes around 5 hours or so to completely charge the device under bright sunlight.
The two different light modes are perfect for managing your usage according to a specificsituation. For instance, the LED torch light is very bright and comes with a 0.5 W rating. The LED bulb has an expected lifespan of around 50,000 hours.
For the reading light, you have something that is a lot less brighter compared to the LED light and comes with a rating of around 0.2 watts. This is perfect for creating an atmosphere of ambient lighting without having too much brightness. It is ideal for indoor usage where you are aware of your surroundings.
The last thing worthy of discussion regarding this torch light is the battery which is a very important factor in its own right in determining the overall performance capacity of this solar torch. The lithium ion phosphate batteries are some of the best in the business, when it comes to solar torch lights and this one is no different.
This battery type is considered to be the safest among all of the lithium batteries and thus makes it all the more desirable. The batteries which have been used to power this solar torch light are rated at 3.2V/250mAh. This gives you enough power to run the torchlight for whole two hours continuously at full capacity whereas the reading light will run for 4 hours at full battery capacity.
Considering all the points that we discussed above, it is easy to see why this torch light is so revered by its users and why it topped the sales charts ever since its release. We urge you to go for it with your eyes closed and we assure you that you will not be disappointed.
The Cratos® Solar Rechargeable Torch with Electric Charge Option is our last contender for the title of the best solar torch light in India and we will discuss why it is good enough to be in the race. This one has a number of elements that makes it a really good budget option for people looking for solar torches. It is well designed and compact in terms of build, which allows it to be used in various different circumstances and situations. Weighing around 180 grams, this is a very light weighted torch that is easily transportable and can be carried virtually anywhere for camping and other outdoor trips.
One of the most talked about aspects of this torch light is that it works as a really good long range light. This makes it a really good option for using outdoors and also as a security torch light for professionals in the security business. The lithium ion batteries used here are powerful and effective to a large extent thereby giving you solid performance over extended periods of time.
The AC adapter that comes with this torch takes about 6 hours or so to charge the device to the maximum capacity. Overall, we are impressed with the feedback that we have received regarding this torch light and we are convinced that it is capable of meeting your expectations and usage requirements.
In this section, we will discuss some of the important things that you should keep in mind while buying a flashlight. Hopefully, these markers will enable you to make a more informed choice based upon your own specific requirements.
Solar flashlights can be divided into different types based upon their maximum brightness levels and this point is important to decide how you are planning to use your torchlight. For instance, if you are searching for something that could primarily function as a security lamp, then you should go for LED solar security lamps that are high in brightness levels.
The brightness is quantified with the help of a unit called lumens. Below, we have mentioned the ideal lumen rating for different torch lights, based upon their requirements and usage expectations.
For step lights, the range of solar flashlights should be between the value of 12 and 100 lumens. In the case of landscape solar lights we would recommend a lumen range of 50 to 130 lumens. Then we have hardscape solar lights which might be used as wall lights.
For these purposes, your solar flashlight should have a lumen range of 50 to 185 lumens. Another popular use of torch lights these days is to use them as path solar lights. These need to be significantly brighter than some of the rest and should have a lumen rating of anywhere between 100 to 200 lumens. If you are looking to install solar lights for your pond or swimming pool, the best lumen rating is anywhere between 200 to 400 lumens.
The battery backup is one of the most important things to consider, in the case of any remote electrical device. There are a few different types of batteries that are used by different solar flashlights. There are roughly four types- consisting of lithium-ion, NiMH, lead-acid and NiCAD. All of them are capable of giving you more than decent performance. However, the lithium-ion type stands out as the most popular choice. This is because they generally tend to have higher performance capacities whilst also being the most compact in size.
The type of solar panel used by your flashlight determines the overall performance of your solar flashlight. tThere are three main types of panels that are used by most Chinese and Indian solar flashlight manufacturers. They are monocrystalline, polycrystalline and amorphous variants respectively.
Although the three types of panels are capable of good performance, the monocrystalline panels are considered to have the highest degree of effectiveness. On the flip side, the monocrystalline variants are also a bit more expensive than the other two. So consider your options carefully.
This is one of the most common questions online regarding the charging of solar torches and any kind of solar powered lights. A lot of people seem to think that you can only charge a solar torch by exposing it to direct natural sunlight for a specific period of time.
Although charging from sunlight is recommended and natural, you can also use household light indoors to charge your solar torch light. In order to charge your solar torch light indoors, you should place it directly underneath a bright light source, preferably LED. The key here is to place it as close as possible to the source of light to charge it in the least amount of time.
Another one of the most common questions that we have found on the internet regarding the usage and charging requirements of solar lights is whether solar lights can be charged on cloudy days?.
On cloudy days, the solar panels are not getting access to direct sunlight and hence charging might prove to be more difficult or simply end up being more time consuming and inconvenient. But the good news is that, although your solar panels do not get direct sunlight on cloudy days, the panels still get enough light to charge themselves. This is because of the fact that the solar irradiance is still transmitted from the sun to the Earth even on the gloomiest days.
This is a difficult question to answer as it largely depends on your usage, expectations and needs. If you are only looking for a torch light for your home usage, then it can be bigger in size without any issues as you will be using it mainly indoors.
On the other hand, if you’re looking for a light that will help you to navigate outdoors during the dark, then we would recommend you to consider smaller and more compact ones. The smaller they are, the easier they are to carry and use. However, there is a bigger chance of misplacing some of the smaller ones.
In this article today, we have attempted to unearth the best solar torch light in India. We have looked far and wide across the market and conducted rigorous research and testing to bring you this information and hopefully it finds some good use for you. We started off with a brief intro on the concept of solar flashlight and then we followed it up with a list of products that we were impressed with.
We have consulted a lot of users and have also tested them ourselves for varying lengths of time to come up with the best and most comprehensive review of each and every product on the list. Apart from this, we have also looked at online reviews and ratings to come up with the complete picture regarding the pros and cons of these products.
After listing , we proceeded to make a few points on the crucial factors that should form a part of your thinking while deciding on which solar flashlight to ultimately go for. Make sure to read this section carefully, as it will give you the right tools to make an informed choice. With this, we bid you goodbye and we hope that you find the best solar flashlight for your purposes as soon as possible.
Solar energy is the energy source of not only the future but also of the present. A lot of people are making the shift to renewable solar energy from electricity and this has created an increased demand in the market for solar panels in developing countries like India. However, a lot of people are still unsure about who to trust when it comes to installing solar panels and getting the entire process going. In this situation, a lot of enthusiastic individuals have chosen to go the DIY route when it comes to installing solar panels. And indeed, doing it yourself can prove to be a very rewarding experience. Still, many people are nervous at the thought of giving it a go and this is what we wish to change. After going through this article you will have a decent idea regarding how to install solar panels at home.
In this article, we will go through a detailed step by step process of how to install solar panels from the perspective of a newbie who has very minimal knowledge about solar energy in general and the installation of solar panels in particular. Irrespective of whether you are looking to install a grid-tier system or an off-grid setup, we will attempt to outline all the important details surrounding the art of installing solar panels in this discussion. Note that we have tried our best to keep things more or less relatively simple so that the average layman could get a fair idea about how this process works. If you feel that the information in this article is not enough to help you get started, then you can definitely do further research and get into more detail.
Before getting into the technical aspects of installing solar panels, we would like to give you a few pointers on planning and safety aspects that you should be thinking about. First of all, make sure that you have a clear list of the things that you have purchased and whether they cover all of the non-essentials such as wiring, tools etc. If you have ordered the equipment online, make sure that all of it has arrived in proper condition and that nothing is missing or damaged. Also make sure to check the safety regulations thoroughly that are mentioned in the instruction manual.
Besides the main panels and accessories, there are a few other things you need to purchase in order to carry out successful installation of the solar panels. The first of these things that you need to consider is the wiring equipment. You need to get your hands on an electrical wiring diagram that will help you determine the length and specifications of the wiring that you will need for your solar panel setup. You can use this diagram to get the right materials from your local hardware store.
As for junction boxes and splices, make sure that they meet the voltage and ampere requirements of the circuit you wish to include them in. Also be sure to use insulated lugs and approved splicing devices only. If you are using outdoor boxes, they should be rated separately for outdoor use.
Then we come to the question of AC breakers. AC breakers are there to import and export AC power from your solar equipment. Also make sure to check your breaker panel for a list of compatible options for circuit breakers. AC solar circuits can also be combined using sub-panels. However, make note of the fact that sub-panels will prevent you from installing load breakers inside them. Also, if you do choose to go with sub-panels, make sure to size them with moderate headroom so that they can cover the output coming from the solar circuits.
Next you need to consider the issues of AC disconnections and fuses. Most of the solar panel system will require you to install a lockable safety disconnector anyway. In the case of conventional connections, a non-fused manual disconnect is required. This could be included in your system so make sure to check that properly. In case you plan to use a line-side tap connection, a fused manual AC disconnect is required. The fusing ensures that the circuit does not suffer from accidents due to overcharges. In order to get the specific details regarding the mounting of AC disconnects, it's always better to check with your local authorities.
PV meters are another essential element that helps you to keep track of your solar panel’s performance on a daily basis. If you have a grid-tier system in mind, then you definitely need a PV meter. In other cases, all you need to do is just install a meter socket or a base.
Always be sure to use a larger conduit than what is specified in your plan. Also check with your state and municipal authorities to see if the solar wiring has to be transitioned to conduit before leaving the array. You have two different options in terms of conduits, EMT and ENT. EMT is a thin-walled conduit that has to be grounded and is generally made out of steel. ENT on the other hand is non-metallic and does not need to be grounded. ENT conduits are generally more cost effective. However, most building codes do not allow its usage so make sure to check with your local authorities.
As far as mounting is concerned, you have two different options at your disposal. Ground mounting will require you to create a concrete bracing with 2 or 3 inch mechanical tubes. You will also need a lumber that will act as the base of the build and help to hold the pipes in place.
For a roof mounting setup you will need to buy several tubes of roof sealant in order to prevent leaks as well as damage from wind and other weather elements.
Solar panel installation involves quite a few hazardous steps as it requires you to undertake electrical work as well as some heavy lifting as well. Because of these reasons it is vitally important that you take all of the essential safety precautions.
The first thing that is important for you to secure is the right combination of protective equipment. Solar equipment can cause cuts, lacerations or puncture wounds if it's not handled properly. We would recommend you to wear eye protection and also wear full shoes as well as gloves. Also make sure to remove all types of metallic jewelry while handling solar equipment. Lastly, we would recommend you to wear long sleeves during mixing concrete. Also be mindful to use a roof anchor and some form of safety harness while undertaking roof work.
Fall protection is essential if you plan to install a roof-mount system. First thing to do in this regard is to install roof anchors and make sure to have a safety harness attached whenever you are on the roof. Roof ready boots are also very helpful in ensuring proper safety and preventing unforeseen accidents. Furthermore, a boom-lift or a scaffolding can help you a great deal in ensuring the best possible access to high places.
In the case of ground mounted solar panels, dig safety is of paramount importance. Always be careful to alert local municipal or district authorities before undertaking any sort of digging projects. This is recommended to avoid hitting any underground pipes or electrical lines. It's also best advised to avoid wet concrete while laying the panels as they can cause caustic burns. We would also ask you to wear a range of protective gear such as gloves, N-95 masks etc if you are planning to mix your own concrete. It's also good to have the eyes of a trained and experienced operator on-site especially if you are using heavy equipment.
Next we come to the question of electrical safety requirements. The first important thing to remember is to remove all metallic jewelry from your body including things such as wrist watches. Always be sure to keep a multimeter on stand by and use it before you get started to ensure zero voltage conditions before beginning to use the conductor and terminators. Make sure to keep all of your wiring striped and terminated. This should be done using a torque wrench wherever ever and wherever necessary. Lastly, we would recommend you to route your wires properly away from sharp edges and surfaces as they could cause long term damage to the wires.
We would also like to end this section with a few brief tips on lifting safety considerations. The first important thing is to ensure that the entire process is planned out thoroughly and enough planning has been undertaken to guard against unforeseen contingencies. If there are heavy winds, it's better to have two or more carrying each panel to ensure maximum safety. Always be sure to lift heavy things by squatting so that you do not put pressure on your back. Another thing to remember, is to try and minimize body’s turns while moving heavy equipment and to keep the weight close to your body so that you don't have to support it just with your arms. Lastly, we would always recommend people to use a hoist or a crane to lift heavy equipment over long heights.
Good wiring management is responsible for giving you high quality performance from your solar panels in the long run. Despite this, it is a factor that is often overlooked by many. Some of the fundamentals to keep in mind in this regard is to plan your wiring from before so that the wires do not interfere with access to the array. We also highly recommend you to use wire clips in order to secure the factory wire leads effectively in place. This is to protect them from the elements of nature such as winds for example. Also, you can use the clips to run the wires along the railing of the solar panels themselves. There are some solar panels which use spring clamps which can also be used to secure the wires. In this section we will give you a few pointers on how to plan your wiring effectively.
The path of your wiring will be different based upon the type of system that you will be installing. We will attempt to outline the specification of different systems with respect to the wiring in the section below.
In the case of a grid-tie wiring path, the PV strings will attach to a junction box. The junction box in-turn will attach to the solar inverter and the AC cable output will connect to the main/sub-panel.
For a grid-tie wiring path, the PV panel is connected to the micro-inverter. Micro-inverter is then connected to the trunk cable as the trunk cable moves into the junction box. Finally, the junction box is connected to the main panel and your wiring is complete.
The final option at your disposal is to go for an off-grid wiring option. Here, the PV strings attach to the combiner box which gets connected to the charge controllers. Charge controllers then get attached to the battery bank. The battery bank is connected to the inverter and the inverter finally connects to the load panels.
For Off-grid DC wiring setup make sure to thoroughly check all of the AC, DC and communication connections to make sure that everything is connected and torqued as per requirements. You can also mark the connection with a paint pen to know which ones have been torqued. If you bring combined DC power from a solar panel array to a power centre, make sure to terminate your solar positive wire at the Solar Input busbar and not the DC Batt busbar. Finally, ensure that you use a meter to check the terminals and busbars and see if they are operating at a safe voltage before moving on with the rest of your build.
In case you choose to go for a system that uses micro-inverters or optimizers, we would highly recommend you to make an array map that outlines the precise location of each individual device in the array. You can use the QR codes or stickers to make an array map by sticking them onto a piece of paper. Make sure to plug this array map into your monitoring software during commissioning. This will allow the monitoring software to accurately monitor production while also alerting you to malfunctioning equipment.
As we have already mentioned, it helps to plan your electrical route beforehand by taking into consideration the type of system that you are looking to install. Make sure to put on the required safety equipment and also try and install the wiring as per the specific instruction given by the wiring diagram.
If you are planning to have a system with multiple inverters, you can use an AC sub-panel to combine the AC circuits into a set of single conductors. However, be sure to make note of the fact that dedicated solar sub-panels should not contain any load breakers.
We always encourage our readers to consider running their wiring through the attic in order to hide it from view if you prefer that scenario. However, take care to ensure that it is accessible and can be connected to the array, breaker box, panel, meter, and various other parts of the system. Also make sure that you use cable clips in order to secure the wiring of solar panels and micro-inverters/power maximizers. This is important because the clips will provide much needed sturdiness to the wires during strong gusty winds. No amount of exposed wiring should be allowed to make any sort of contact with the surface of the roof.
Next, you need to run the wiring from the source of solar power to a junction box and then transition it to the conduit run. Ensure that the wiring remains in the conduit until the point that it reaches the inverter (in case of grid-tie systems) or the charge controller ( in case of battery-based systems). You can also use conduit mount flashings in order to secure the rooftop conduit firmly in its place. Furthermore, you can also make use of conduit penetration flashings which perform the task of transitioning the conduit into your attic in order to hide it from general viewing.
The first piece of advice in the case of ground mounted solar panels, is to use dedicated cable clips which can make a massive difference in helping you manage any kind of exposed wiring underneath the array. All of the wires should be well secured against strong winds and also kept away from other equipment so that it does not lead to any difficulties during maintenance. Make sure to consult the wiring diagram so that you know exactly how deep your trench should be and also consult local municipal authorities before digging. Make sure to not drive over any kind of wiring or piping systems while laying cement for your wiring foundation. You should also consult your wiring diagram in order to get a better idea about factors such as type of wiring, voltage fluctuations etc.
The specification of mounting an inverter to work with your solar panels depends on the type of solar power system you are seeking to install. In case of grid-tie systems, inverters can be wall-mounted in indoor spaces or even rigged on the back of any outdoor substructure. In case of off-grid systems, you have to wall mount your inverter.
In case of wall mounted inverters, those with integrated disconnect switches should be mounted up to a maximum height of 2 meters from the ground. If you are planning to install the inverter in your garage space, make sure to place any kind of ignition source at least 18 inches from the ground for safety. In the case of people who plan to place their inverters outdoors, the inverter should be shielded from direct sunlight and should be placed as far away from sprinklers and or any other water sources as possible.
For inverters mounted on ground mount substructures, the appliance should be mounted at a height of 36 inches from the ground at the very least. This is because the monsoon season can often produce mud on the ground which could get splashed on the appliance and cause significant issues. It should also be kept away from direct sunlight and the threadlocker on the hardware should secure the inverter bracket so that it supports the substructure adequately.
One of the most essential steps while installing a solar panel system is to ground it properly. This is vital because of a number of reasons, out of which the biggest one is protection from electric shocks. It also acts as a very valuable protective factor in the face of power surges or build of static electricity. Also in the case of a failed or broken circuit, the grounding acts as a safe pathway for fault current to disperse through.
The metal parts of your electrical system should be bonded to the ground and various conductive metal equipment must be grounded together. This is important as it ensures that all of the equipment in the system has the resistance to the ground. This is called the shared “ground reference”.
The Equipment Grounding Conductor(EGC) is the green or bare colored copper wire that connects the racking hardware, metal enclosures and the EMT conduit. The Ground Electrode Conductor (GEC) on the other hand is the wire that is used to connect the ground rod to the electrical distribution service. In the case of nearly all AC powered systems, the neutral conductor is equipped with a single bonding point where it is connected to the ground.
The neutral to ground bonds can be found in generators, breaker distribution panels, power centers, and other equipment. Make sure that the whole of your system has only one single neutral to ground bond. Something that is essential for every solar panel system is a DC negative to ground bond. Any system that features “ground fault protection” includes the DC negative to ground bond. You also have other integrated grounding solutions which you can consider.
In this section, we will try and give you a step by step breakdown of how to install a backfeed breaker. However if you are not totally comfortable with working on your breaker panel, you can easily go for professional help. A lot of newbie DIY solar panel enthusiasts do the entire setting up of solar panels themselves and outsource the wiring to professionals. However, if you feel like you can take on the challenge then read the following section carefully.
First important thing to do is to check the proper breaker size you will require. You need to source a breaker that works with your existing panel. We always recommend our readers to use new breakers which are of the same make and model as your existing breakers. Make sure to get rubber mats or a plywood stand to insulate yourself from the ground before you start working. Make sure to shut off the branch circuit breakers one at a time and then shut off the main circuit breaker. Following this you need to remove the panel cover.
Another vitally important step to remember is to test all of the wires separately with a multimeter in order to ascertain whether there is any leakage of current. Then you need to disconnect the wire of the breaker that you are looking to remove from the load terminal. After this, you need to pull out the old breaker very carefully. And while doing this you should also pay close attention to how it was fixed. You are halfway there by now and the next step is to install the new breaker and fix it into the correct position. Install the new breaker and insert it into the correct position. After this, you need to attach the stripped solar circuit wires to the terminals of the new breaker and torque them into place.
Now after this is done, there are a few more steps to follow. You need to check all of the terminals through and tighten any possible loose terminals. Also inspect the terminals closely for any other issues. Then you need to replace the panel cover and turn on the main breaker. Following this, turn on the branch breakers one by one and leave the solar for last. Make sure to test the breakers with a multimeter to see if everything works properly not. Then and only then, after carefully executing all of the steps we have mentioned, turn on the solar backfeed breaker.
After you have your wiring and electrical plans firmly in place, the next step is to mount the solar panels. And in this section, we will tell you how to mount the solar panels effectively to give yourself the best possibility of enjoying a trouble free solar energy system. We will discuss each of the specific mounting options you have at your disposal in the section below.
If you wish to mount your panels on the roof, you need to make sure that you follow the steps outlined below with as much precision as possible. First you need to locate and mark your roof rafters. After this, you need to install roof attachments so that you can position your rails securely in place. Then you need to install the racking rails. The penultimate step in the case of roof mounting will require you to lift up the panels up to your roof. And finally, provided that all these steps have been carried out properly, you can mount the panels on your rails. We will discuss each of these steps in a little bit more detail in the section below.
Roof-mount flashes that are bolted securely to the roof rafters are fundamental to giving you a secure foundation.. One of the easier ways to do this is to use a stud finder. The process is that you need to pass the stud finder over the surface of the rails and it will give you an indication when it has found a stud. You can find these at your local hardware store.
Another way to do this is to visually look for rafters under the eaves of your roof. In case you are not able to spot them, try and search for nails that are responsible for attaching the fascia board to the ends of the rafters.
The third way in which you can try to find the roof rafters is to use the powers of Echolocation. You can get a feel of the rafters by walking over the surface of your roof. The rafters tend to feel a bit firm whereas the space between them feels a bit more spongy. There are also rubber mallets which can be used to tap the surface of the roof and get a feel of the rafters. However if you have a roof with sheathing, this method will not be as effective.
Then there is the process of exploratory drilling which can also be used to find the rafters on your roof. You can start by drilling a small hole on the surface of your roof. If you do not find the rafter straight away, you need to bend a wire to an L-shape and insert it through the hole to search for the rafter. Once you find the rafter upon rotating the wire, you need to carefully measure a distance of 0.75 inches from the edge to the centre of the rafter. Make sure to mark this location so that you can directly drill the lag bolt through the centre of the rafter.
Once you have effectively marked the location of your roof rafters, installing the roof attachments is the next step. Note that there may be differences in this process with regards to the type of panels and the location of your setup. We have given some common pointers below, which will help you in this process.
The layout and spacing in between attachments is a good place to start.Ensure that your flashings are spaced in a way that aligns with the mounting holes of your solar panels. It's also recommended to stagger the flashing layout so that it can alternate between the top and bottom rails. Make sure to distribute the flashings evenly across all your roof rafters so that the weight of the array is spread across the whole mounting surface.
If you are planning to install the attachments on a composite / asphalt shingle roof then follow the steps mentioned here. Make sure to consult the manufacturer’s manuals in order to get the most accurate instructions for installation. You can start by breaking the seal between the shingles using a simple flat bar. Then remove any nails so that you can slide the flashing under the shingle without any issues. The next thing to do is to slide the flashing under the shingle and to tuck the flashing properly into place. Mark the drilling location through the hole in the flashing and fill the hole with roof sealant.
In case of metal rooftops, most of them use roof clamps that either attach on to a seam or a bolt into the structure in question. There can be many different clamp configurations with each one being slightly different from the other. Make sure to check the clamp manufacturer’s manual for exact details.
If you happen to have tile hooks on your roof, they can slide under the shingles and fasten to the rafters. A vertical hook will provide you with clearance from the roof tiles. Tile hook installation could require a bit of cutting and grinding of tiles. However, they are widely universal and generally work on most rooftops.
If you have bought a tile replacement system, you need to remove your older tiles and swap them out for the tile replacement flashing. A lag bolt is generally bolted to the rafters through the replacement of the tiles and this manages to function as a foundation for attaching the rails.
In the case of ballasted monuts, they do not require you to make any kind of elaborate penetrations on your roof. The weight of the entire system is supported adequately with the help of the racking base and the array.
Once you secure the flashings into place properly, you can move on to installing the racking rails. It's recommended to keep your racking report handy during this process so that you can consult it as often as required.
Conduct the entire process of measuring and cutting the rails on the ground so that you do not get scraps of metal shavings on your rooftop. Check the distance between the mounting holes at the back of the solar panel frames and ensure that the rails are spaced in a way that matches this distance. You also need to match the flashings with these spacings.
Use the given hardware to then attach the rails to the flashing. You can use a level to make sure that the rails are evenly positioned. After this, the next step is to tighten the rails with a good quality torque wrench by carefully following the manufacturer’s torque specifications. We would also advise you to attach some form of protective plastic wrapping on your rails to secure it from the threat of insects. Following this, your next step should be to attach the wire management clips and other hardware components to the micro-inverters/optimizers to the rails. Then you need to install the grounding equipment efficiently.
We have spoken about the important safety considerations that you should undertake while doing this in our Planning and Safety section so make sure to revisit that if you have any doubts.
A few other important things that we should mention here is that you should never step on the panels while moving them. Also be careful to have adequate fall protection and wrap your panels in blankets to protect them from bumping into hard surfaces as you are moving them. In terms of the methods you use for lifting, there are a few options at your disposal.
A ladder lift fitted with a conveyor belt is often used to transport heavy objects up and down the roof. You also have the option of a scissor lift which not only extends upwards but also sideways. The capacity to have horizontal movements makes a big difference as you have to take fewer trips to and for from the roof. Then we have what is called a boom lift. This type of lift comes with an entire range of movements and also gives you unmatched access to tight spaces. If you have obstacles directly underneath the place where you plan to put the panels on your orrf, this type of a lift will help you to evade obstacles and give you higher leeway for more intricate movements.
The last method that is still popular despite being somewhat traditional in the case of roof navigation is related to the process of scaffolding. If there are no obstacles in your transporting path, then a scaffolding setup works great and you might not even need any lifts of any kind. The issue with the method is that there are no additional factors which make the process easier, you get the benefits of a solid sturdy foundation.
Once you have all of your panels and the racking put in place, you are ready to install the solar panels and get your solar energy journey started. In this section we will give you a few general tips on how to mount solar panels if you have an IronRidge racking system. Make sure to consult your product manufacturer’s manual to get accurate specifications on how to mount the panels.
First, you need to place the panels in such a way that the mounting holes are more or less perfectly lined up with the rails. Then you need to use clamps to secure the panels in place. You should also ideally try and torque the clamps with stopper sleeves. Then you need to place the next panel on the rails in order to ensure that the clamps are wedged snugly in between the two consecutive panels. Following this you need to tighten the clamps between the panels.
If you are looking to ground mount your solar panels, the process is slightly different although the three main steps are more or less the same. First you need to build the foundation to support the entire structure. Then you need to install the racking rails. Finally, you need to mount the panels on your rails.
Before you start mounting the racking rails, you need to ensure that you have a good solid foundation which can support your solar panel system. Of course, the first thing we would like to remind you of is safety. Handling wet concrete can prove to be tricky for you if you are not accustomed to it, however, you can use protective equipment to ensure the best safety standards. You should definitely have an N95 mask on while working near concrete dust at the very least.
The first thing to check before diving into your foundation building is to check whether your surface is levelled or not. If it's not then you should consider levelling the grade. You can use either chalk or a string line to mark the outer dimensions of the array and the location of each individual pier on the ground. Make sure to consult your local municipal authorities to know the location of hidden power lines or pipes that are buried underground. Follow the engineering report to know the specification with regard to pier placement recommendations.
Then we would recommend you to create a temporary lumber structure that will allow you to keep the pipes in place till the time the concrete hardens and solidifies. The pipes must not move in the time it takes for the concrete to take shape as that could compromise and even sabotage the entire structure of the mount. Furthermore, all of the underground pipes should be fully suspended in concrete. This is done to ensure that the pipes do not come in contact with dirt from the ground.
This leads to a situation known as galvanic corrosion which lowers the stability and sturdiness of the overall structure and is not at all ideal for a secure solar panel setup. Also make sure that everything is set in place before you start mixing the concrete. You need to make all necessary required changes beforehand for best results. Lastly, we would urge you to wait at least for a week before you start laying the pipes and building the rest of the array. Generally, the concrete will take around 21 days to fully cure and during this period we recommend you keep the wooden brace in place.
The second step once you have set up the foundation is to install the racking rails. The racking report should be consulted during this process to get the most accurate specifications regarding rail size and spacing requirements. Make sure that you space the rails in such a way that it matches the distances between the mounting holes found on the back of the solar panels. There are certain ground mount systems which make use of a rail connector bracket that attach the rails to the horizontal support pipes with the help of U-bolts. Lastly, when you are starting a new row make sure to leave some space on both sides to account for the panel overhang.
The last step left is to actually mount the panels onto the racks. Before embarking on this process, ensure that the racking rails are installed correctly and are housed in a solid, well secured concrete foundation. The first step is to place the panels in such a way that the mounting holes line up perfectly with the rails. Then you need to use clamps to secure the panel perfectly into place. It's better to start with the outside edge of the array. Then you should torque the clamps with the stopper sleeves so that they are wedged comfortably against the outside of the first panel. Then you have to place the next panel on the rails and make sure that the clamps are well secured in between the two panels. Following this, you should tighten the clamps between the panels and repeat this entire process for every single panel in your array.
This is the last big step in the whole process if you are installing an off-grid system (or a grid-tie system with a battery backup). Generally, you will find three different types of batteries used by various solar panel energy systems. These are :
Each of these three different battery types have somewhat unique installation procedures and separate conditions they need in a battery room. We will go through each of them in detail. We would also remind you to consult your manufacturer’s plans and manuals too to get the best information regarding your own battery setup. We will start off with a few essential safety considerations which are of paramount importance.
The first and most important point that we would like to make is that you should do everything possible to ensure that your battery never gets short-circuited. This happens when the positive and negative terminals of the battery are connected to each other. This may happen due to incorrect wiring or if any sort of metal object falls onto the battery terminals. It's crucial to do everything possible in order to avoid short circuits. Always be sure to use insulated tools.
The second safety measure to keep in mind is that you should always remember to remove any type of metallic jewelry before touching the batteries as it could get caught in the wiring terminals. This includes wrist watches as well as rings on your finger. Also be sure to vigilantly remove any long hair and do not wear any sort of loose fitting clothing or material that could get caught up in the wires or terminals.
It is crucial to always wear protective gloves as well as safety goggles while working with the batteries. You should also keep a multimeter ready at hand to check the voltage and polarity of various conductors. The next thing to ensure is that all of the wires are secured, stripped or terminated effectively using a torque wrench wherever and whenever necessary. Make sure to route all the wires away from sharp edges to prevent wire damage.
If you are working with flooded lead-acid batteries then make sure to keep baking soda handy nearby. It is crucial for neutralizing acid spills that may happen due to accidents. Also be sure to wear safety goggles and have an eye-wash kit ready in case the acid somehow gets into your eyes. Be sure to wear nitrile gloves to keep your hands secure.
You should always try your best to set up your battery bank in an enclosed space to limit the possibilities of any kind of accidental contact with the batteries. Manage your space effectively and ensure that there is enough room for ventilation for the batteries to cool off. In the section below we will give you a few common tips to keep in mind while setting up your battery room in case of different types of battery setups. However you still need to check your manufacturer’s manual thoroughly to get the specific instructions.
Ideally, you should set up your battery bank in a room where you can control the temperature. Any sort of prolonged exposure to high temperatures will invariably shorten the lifespan of the battery. Your ideal ambient temperature should be somewhere around 25 degree celsius. On the other hand, temperatures that are too low will cause issues for battery capacity so there is a fine balance.
In the case of sealed lead acid batteries, you need to keep a notepad or writing board in the room to keep track of data during maintenance checks. With this type of batteries, they do not turn off the gas as a part of their routine operations, however they do come with valves which are vulnerable. They might open in case of overcharge or overheating situations. Another thing to keep in mind for this type of battery especially, is to ensure the floor is sturdy and secure to hold the weight of the batteries as they tend to weigh slightly heavier.
In the case of flooded acid lead batteries, they should always be installed over a spill containment tray in order to avoid spillage issues. Just like the previous one, you should also maintain a log book that can store recorded data. Flooded batteries should also be installed in a thoroughly vetted battery enclosure that has been built with the proper fire and electrical codes. These batteries releasehydrogen gas during the charging process so you should be very careful to not have anything in the room that may ignite the gas. Consider buying a hydrogen monitor too for best possible safety. Also ensure that the floor can hold the batteries in place securely.
For lithium ion batteries, the biggest threat is exposure to extremely low temperatures. The other issue is you cannot charge them below freezing point i.e. zero degree celsius. As a general point of note, you should always check your manufacturer’s manual in order to get the accurate temperature range for recharge and discharge.
The method you choose to install the battery bank depends upon the type of battery that you are using and its manufacturer. However, in this section we will go over some of the general points that you should keep in mind while installing the battery bank.
Sealed batteries provide higher levels of protection as the sealing prevents any kind of gaseous release. However, in situations where the battery gets overheated or overcharged. You should ensure that the battery is not placed near any kind of electrical component or loose electrical wiring. It's also recommended to avoid places which might have some discharge sparks.
The second important point to keep in mind during installation is ventilation. We have already spoken about this before and it's worth raising the point again. The best way to ensure that batteries are in the right temperature range is to ensure that they remain well ventilated with plenty of access to natural air. Check the ventilation requirements from your local authorities too as you need to be in tune with those as well. We would recommend you to leave at least 1 inch of space on either side of each battery to leave adequate room for air flow and ventilation.
The battery case which houses the battery should not come in any kind of contact with organic solvents or any kind of remotely adhesive materials. If there is a chance that the batteries might be subjected to any kind of vibration or jerking, ensure that the battery bank is fastened securely. You can also consider placing shock absorbing materials inside the enclosure space itself.
Another vital thing to keep in mind is that under no circumstances should you or anyone else, knowingly or otherwise attempt to touch the inside of the battery or dismantle the battery itself. Even though sealed lead acid batteries usually do not leak gas, they could end up spilling highly flammable gas if it gets damaged somehow. Any kind of accidental contact with the electrolyte of the battery should be cleaned thoroughly and given medical attention. In case of a small marginal acid spill, you can use baking soda as a neutralizer.
Sealed acid lead batteries are built to not release gas as a part of their regular operations. However, they do come with vents that are tasked with releasing the internal pressure in case of overcharging. This is known as off-gassing whereby the battery releases built up pressure. Make sure that your room is properly ventilated and the hydrogen level is at less than 1 percent to ensure the best safety standards. You should have good air circulation in the room as some of the larger battery variants make use of the vents to expel gases. Ideally the vent should be at the top of the enclosure because hydrogen gas is light and travels upwards naturally.
Ensure that the battery case does not come in any kind of contact with organic solvents and adhesives. Leave a min8um of 1 inch of space on either side of the battery to ensure ventilation standards. Other recommendations would be to fasten the battery securely to something if the battery is expected to face turbulence. You should also use shock absorbent material inside the enclosure. Under no conditions should anyone try to dismantle the battery or touch the insides as these could cause major consequences.
Once you have completed the setting up of batteries in the right room, the only thing left for you to do is to connect the battery wires. Here again, you should be vigilant and ensure that you follow all of your manufacturer’s instructions while undertaking these procedures. In this section we have tried to give you a few common general recommendations that you can use to smoothly connect your wires to the battery.
While connecting the wires of the battery bank, the first thing to make sure is that all of the interconnection cables are of the same or relatively same dimensions in terms of size and length. Make sure also that nothing is placed between the battery terminal and the ring terminal of the interconnect cable. The last thing to ensure is that all of the connections are torqued effectively and secured in place. In case you turn on a battery which has some loose or excessively tight connections, the battery terminals might end up melting and you may face other issues as well.
In case of connecting the wires running from the battery bank to the inverter, you need to keep the battery bank as close as possible to the inverter. Another important thing to keep in mind is that you should have positive and negative cables that are of the same length. The next recommendation is to zip tie the positive and negative cables together for an interval of every 15 inch of cable length. This should also be installed in the same conduit to get the highest possible surge capacity while managing to reduce the electromagnetic interference severely at the same time. The last thing we would like to say is that you should ensure that your cables are routed properly so that they do not interfere with the ventilation of the battery enclosure.
In this article today, we have tried to give you a comprehensive step by step review regarding how to install solar panels at home. We have gone into a lot of detail and specification to ensure that our readers can get the best idea of how to install solar panels in the true DIY style. We have tried to ensure the most exhaustive details are mentioned in order to help first timers and newbies to get a hang of the concept of installing solar panel systems. We have also tried our level best to ensure that we cover all of the topics and also the different aspects of solar panel mounting which brings different sets of requirements. For roof panel enthusiasts, we have also tried to give you the best tips on how to install solar panels on roof.
Starting a DIY solar panel journey can often seem to be a very daunting prospect. Indeed initially you might feel helpless and that there is nothing that you can understand correctly. However, with time and as you get more familiar with the components and hardware, you will learn quickly. Hopefully, this article comes of some good use to you and gets you started on your journey of installing solar panels for your home or commercial establishment. We would always urge you to be diligent and seek professional help if you are unsure about anything to avoid any serious losses to your equipment or home.
Solar energy has always been a great way of saving excessive power and electricity bills. Solar lights are a smart technique to utilize solar energy and use it in your home or any other institutional place. Not only can you fix some attractive solar lights in your home, but also ensure that they are waterproof - so that they can be fixed outdoors in your garden, or even on the streets.
Most modern homes are considering getting solar lights fixed - but you must have some adequate knowledge about the different solar lights available before buying one.
This article will provide you with all the help and guidance you require to buy the best solar lights for home. The second section of the article also provides you with a list of a few important factors that need to be taken into consideration before buying a solar light.
In this section, we give you an overview of the different solar lights that are available in the market currently. There are so many brands selling solar lights for a home, that it can become a challenging task to decide on a single light. We have listed down some of the best solar lights for a home here.
Hardoll Enterprises is an Indian company based in Kerala, that is known for its solar lights, motion sensor lights, as well as decorative lights. This particular Hardoll solar light is available as a pack of 2, and they come in a unique solar flame design. These look like real flames and are so much safer than the real ones. They comprise LED bulbs that can illuminate your garden with a soft and warm glow.
The lighting is not so bright and hence, it is beneficial for decorative purposes and minimalistic lighting. A unique optical controlled technology is used by these lights, that help to create a very romantic ambience in your garden.
One more reason that you should buy this flickering torch solar light, is because of its eco-friendly nature. It does not require electricity. Throughout the day, sunlight is stored and converted to energy, which then turns on the lights automatically after dusk. The 1200 mAH battery lasts for almost 10 hours.
The lights are waterproof and weatherproof - so no matter how hot or cold it is, none of it will affect the solar lighting system. It is very easy to install the lights without any professional help. Just install it at the place of your preference, and enjoy beautiful lighting in your home. The best part about these lights is the affordable price at which they are available.
Bigsavings is yet another brand that has become well-known for its solar lights, and other solar products. The brand brings to you a pack of 4 solar lights, that are available at the most inexpensive rate you will find. These can be fixed on walls in a place of your liking and requirement. These are cordless outdoor lights best suited to lighting up your garden pathways, front or back porch - basically, areas that require bright lighting.
The lights use LED bulbs in the lighting system, and they are also facilitated by motion sensors. Thus, they light up only when they sense some kind of motion nearby. This proves to be a great way of saving energy, and storing it for actual times of need - like during power cuts. Each solar light contains about 20 high-powered LED bulbs, that produce an illumination as bright as 160 lumens.
Ranked as one of the best solar lights for homes in India, Bigsavings has designed these lights in a manner that they can be easily installed. There is no wiring required. All you have to do is fix the lights on the wall or fence with the screws provided. This is a great package, as you get 4 lights together and you can fix these in different parts of the house. It is resistant to rain and extreme weather conditions - so you can place them outdoors without a worry.
Greenlight Planet Sun King is one of the many companies that have started manufacturing solar lights, and the brand’s growing popularity is proof of the success of solar energy among people. In this particular package, Greenlight offers 3 LED lights that come with 3 different modes - L, M, and T. The three modes are for the varying intensity of light. The entire system is available in a bright yellow, that is quite appealing and eye-catching.
The light emitted by these lights is 60 times brighter than that of natural fire lit with the help of kerosene. The process of charging the battery to power these lights is quite easy. All you have to do is place the panel under the sun, at an angle of about 35 to 45 degrees, according to the sunlight. Plug in the wire from the battery to the lights and charge it with all the solar energy. Remember to dust and clean the solar panel from time to time, to maintain a steady performance for many years.
The LEDs used in the lights are very powerful, producing 666 lumens and minimum power efficiency of 160 lumens per watt. The 1200 mAH battery can store enough energy to power the lights for as long as 24 hours. The solar panel that comes with this entire set-up is a 12-watt polycrystalline solar panel with an aluminum frame. The battery has a digital LED meter that displays how much battery is remaining.
These solar lights come with smart features - like the battery management technology that switches off the lamps automatically when the battery is running low. This enables the battery to run for many hours, before it ultimately dies down. An additional beneficial feature of this solar light is the USB charging point - where you can charge your phone or tablet.
Here, we have yet another solar light from Hardoll - and these are specifically solar decorative lights for home gardens. You can always trust this brand to come up with the most unique and aesthetically pleasing designs for lights. This particular light looks like a festival lamp, and it has a round disc that contains the LED bulbs from where light is emitted.
These are automatic solar ground lights that are brought to you by the best solar light company in India. It is powered by solar energy and a solar battery that uses sunlight to produce energy to illuminate your garden. There is a light sensor in the device that switches on the lights automatically once it gets dark. Installing this solar light is a piece of cake - as it is completely wireless and hence, hassle-free.
5 different colors are available - and you can choose your favorite one at a time. You can keep changing the color as well to fit the occasion. Remember to charge it for at least 8 hours before you switch it on. These lights are meant for decorative purposes and not utility as such. Thus, they are ideal for decorating the sides of a pathway and the like.
It comes with a highly efficient rechargeable battery of 1200 mAH, which ensures bright levels of illumination for long durations. The light is completely waterproof and resistant to harsh weather conditions. All of these features only prove what a great decorative solar light this model is.
The popularity and reach of Hardoll Enterprises are evident from the number of times we have already reviewed their products in this section. People trust the brand for the excellent performance provided by the solar lights, and their quality as well. Here, we have the Hardoll Solar Powered Security Lights, and they are available at a reasonable price. The lights are meant for your patio or garden, to serve as a safety device.
Ranked as one of the best solar lights in India, this security light model is powered by a 4400 extremely long-lasting mAH battery - and you will not even be required to recharge it that often. There are dual operating modes available in this security light. The ‘On’ switch indicates continuous lighting, and the ‘Auto’ switch activates the motion sensor, that turns on the lights only when it senses some movement nearby (up to 40 feet and 120 degrees).
The lamp contains 90 solar LED bulbs that emit almost 800 lumens of energy. Security lights are meant to be bright to illuminate the surrounding area to a larger extent than any decorative light, and hence, such a high-powered light proves to be quite beneficial. It is waterproof, and even when the sky is overcast with clouds, the solar system can convert sunlight to electricity. You can use this light for your driveway, poolside, garage, garden, lawns, and other places.
Havells is an Indian electrical company that is known for manufacturing some of the best kitchen appliances, lighting for domestic purposes, water heaters, and other electronic devices necessary in and around the house. The Havells Solazen solar light is one such device that has been well-received by people who have used it. This model is a 3.2 watt LED solar light, that is ideal for lighting up areas like the garden and terrace.
It has a PIR motion sensor that has a detection range of up to 2-6 meters, and a detection angle of 120 degrees. Hence, whenever there is any movement within this range and temperature, the motion sensor will immediately detect it and turn the lights on. The working time of this solar light works differently for different modes. For mode A, it’s 6 hours, mode B is 8 hours, and mode C is 10 hours.
As per IP54, the lights are suitable for outdoor use and are weatherproof with sufficient protection from dust, humidity, rain, and other things. The Li-ion battery has great durability, and it is rechargeable. There is no additional wiring required, as the solar panel simply absorbs sunlight and converts it to electricity. This solar panel comes integrated into the solar light system. While there is a motion sensor, there is also an option for continuous lighting that you can use when required.
Havells offers a 6-month warranty on the product, and you can trust the brand on the after-sales service.
Quace Store brings to you a pack of 10 solar LED lights, that are meant to provide your garden pathway with ambient lighting. These are also known as garden rods, as they are meant to be stuck in the ground. The best part about this product is undoubtedly the price at which it is available - that is affordable, given the number of lights in the pack and also their quality and overall design (it has a silver body).
This solar home lighting system has a working time of 6-9 hours before the battery runs out of charge. The lights have been designed to be resistant to all kinds of weather - no matter how extreme it might be. The design is elegant, stylish, and minimalistic. Place it on either side of the pathway, and you will see how they change the entire look of your home. Other than walkways/driveways, you can also place the lights by the pool, on the deck, patios, and a few other places.
Installing lights is also very easy and convenient. All you have to do, is invert the spike and then push it into the ground. Since it is powered by the natural energy provided by the sun, it saves a lot of electricity. These lights automatically turn on once the sun sets and switches off at dawn. Their energy lasts for up to 8 hours, ideal to last the night and illuminate your garden.
IFITech has manufactured this premium quality, outdoor solar light that comes with 20 LED lights. The light is ideal for your front door, garden, patio, garage, and yard. It is available at an affordable price, and comes with an easy assembly and installation process. The light is compact, but its brightness is quite high and serves to lighten up a large area.
There are 3 modes available - a dim mode, a bright mode, and a continuous dim mode. You can switch from one mode to another, based on your requirements and the occasion. It serves you with 4000K natural LED lighting that is ensured with high-quality German LEDs, and the brightness is as strong as that provided by a street light.
It has a high battery life with an advanced design and great durability. The ALS2.1 is used as the core technology that helps to adjust to the environment and charge the light accordingly. The power is used very carefully at night, as the company believes in saving energy to the greatest extent possible.
Before you make a decision about which lights to buy, you must take into consideration a few important factors before buying the best solar lights for homes in India. These are incredibly efficient and beneficial devices - so you must have adequate knowledge about them before buying one.
Solar lights meant for gardens are usually designed to look aesthetic and stylish, so that they light up your garden in the most beautiful way possible. The lumen level in these garden lights is quite low. Solar lights for gardens are the most popular type of solar lights for outdoor spaces. No matter how dark or late it gets, these solar lights will always light up your garden, to make it look warm and inviting. Different areas of the garden might require different kinds of lighting.
While solar lights are a great way of providing aesthetic effects to the garden and your home, they are also useful when it comes to security purposes. They can be used to provide light to dark spots in and around your house. You can get these fixed on your front or back porch - and they are usually facilitated by motion sensors, that can sense when anybody is nearby and illuminate the place.
There is no need for energy charging these security lights - which makes them convenient and easy to maintain. Now any home can upgrade its security system in this pocket-friendly manner.
Another important factor to consider before buying the best solar lights in India, is the fact that you must ensure these are all LED lights. Solar lights, in most cases, are dependent on LED lights for providing bright illumination to a particular place in the home. LED bulbs tend to be more efficient, as compared to the other types of lights because of more diodes and hence, they are mostly coupled with solar power.
Most manufacturers of solar lights tend to use LED bulbs, since they make the entire system more efficient, eco-friendly as well as pocket-friendly. If there are dark spots in the garden, it is ideal to use LED bulbs for bright illumination.
As mentioned earlier, LED bulbs are quite commonly used for solar lighting due to various reasons. LED bulbs tend to emit a bright, white light, that is great for illuminating dark spots. However, you might be interested in different hues as well, to make it look more aesthetic. For this purpose, incandescent bulbs are available in the market. These also come with tinted covers, like amber or soft white. Having a variety of color lights in the house, makes it easy to change the lighting as per the occasion.
The last, but equally crucial factor that needs to be considered before getting a solar home lighting system, is your budget. There are a variety of solar lights available in the market today, as more and more companies are manufacturing these.
They fall under varying price ranges, depending on quality, performance, and other factors. The larger the bulbs are, and the more photovoltaic cells are present in them, signify more highly-priced solar lights.
This simply translates to the fact that the brighter the lights are, the more expensive they are. You must fix a budget for yourself before venturing out into the market. This will help to narrow down the options and buy the product that meets your requirements.
While solar lights are very useful and efficient elements, they come with a few cons that are important to mention. They might be slightly more expensive than the standard lighting systems, especially the high-quality ones. However, there are hardly any maintenance costs, and these lights tend to be more durable - so the long-term expenditure is not so much.
Solar lights tend to be less bright as compared to standard lights. Yet another drawback is that the lights are completely dependent on solar energy, and the batteries can store energy only on sunny days. This constant dependence on the weather makes these lights vulnerable. Keeping in mind these limitations, we give a big thumbs-up to solar lighting systems.
We hope that this article will provide you with the support and guidance that you are looking for in buying the best solar lights in India. With the plethora of solar lights available in the market today, choosing anyone can be quite a challenging task, and hence, you must do adequate research before finalizing an option.
Life in the 21st century is, in many ways, dictated by the limitations and possibilities of technology. It is quite impossible for us now to even dream of living in a world where electronic gadgets and electrical appliances are not commonplace.
And with the demand for electronic gadgets increasing, we also have a subsequent growing demand for power and charging equipment. This is where a power bank comes in. This device has over time, become one of the most sought-after gadgets globally.
In this article today, we will discuss the topic of solar power banks, as we try and encourage people to go green and take the eco-friendly route. Just like electric power banks store power through electric energy, solar power banks do the same with solar energy.
Most solar power banks are rigid, while also being weather resistant to a large extent. For these reasons, we wish to help you find the best solar power bank in India. Hopefully, by the end of this article, you can be in a position to judge what makes a solar power bank worth your money.
We have consulted with trustworthy professionals, who have a lot of experience in the field of solar energy, to find some of the best solar power banks in the market.
We have also surveyed a lot of online reviews and user ratings, to prepare a list of the 6 best solar power banks that we feel would be worth your money. In another section, we have also tried to explore a few factors that determine whether a particular solar power bank is good enough for purchase.
We start off our search for the best solar power bank in India, with the Probeatz Reliable Solar 20000 mAh Power Bank. If you are looking to make the transition into the world of eco-friendly, renewable energy and sustainable living patterns, then this power bank is a very good start. This is a 20000 mAh power solar power bank and is also available in a variety of different color combinations as well.
The multi protective circuit design is one of the major positives of this power bank, as it manages to act as a protective safeguard, and prevents damage. Not only should this give you the confidence that this product is worth the investment, it will also enable you to have renewable energy at the tip of your fingers - no matter where you go. The AC adaptor that comes with this power bank is provided to enable fast charging - another touted feature.
This gives you the convenience to charge your devices in a very short span of time. However, if you happen to have time on your hands, you can easily use the sunlight to recharge the power bank and use it according to your convenience.
The 20000 mAh battery that comes with this device is also really useful, as it manages to store power efficiently and use it in the most effective way possible. Note that you can charge your power bank either through direct sunlight or even with the help of shade or indirect sunlight. However, it will take a little bit more time to fully recharge the battery.
The important thing about this power bank, which has won over many of its users, is the sheer compactness in design. It makes the device portable enough to carry around on trips and on the road, whenever you are required to travel.
It is so lightweight and easy to carry, that a lot of people tend to carry it with them all the time - as you never know when you might end up needing it in an unexpected situation.
When we turn to the issue of compatibility, the Probeatz Reliable Solar 20000 mAh Power Bank shows remarkable resilience, as it is virtually compatible with any smartphone belonging to this era, as well as previous generations. The iPhone, Blackberry, Nokia as well as all Android devices can be charged effectively using this device.
Other than that, it is also perfectly compatible with the iPad, digital cameras, PSP, ND, PDA, Mp3/Mp4 player, GPS, E-Lites, electronic cigarettes, Bluetooth, and virtually all other devices which use a USB charging system.
It has a total body weight of around 350 grams - and this is relatively lightweight as compared to most other power banks in the market. The only thing which people have been slightly dissatisfied with about this power bank is the aesthetic quality. Other than that, everything about this product is top-notch, and we would definitely recommend you to get it as early as possible.
The IFITech Solar Power Bank is our second product on the list, and we have been highly impressed with its performance. We feel that it has all the makings of a really solid product that will take care of your portable charging requirements with the utmost ease. The IFITech Solar Power Bank is a 1500 mAh solar power bank that is capable of functioning as the perfect outdoor remote charging device, and there is no doubt about its quality and overall performance capacity.
It has been praised for its stylish and sleek design, and the 6 different LED light options add further visual enhancement to it. The SOS option is also something that has been hailed as a big positive for this power bank.
The dual USB feature has impressed us a lot as well. This makes it possible for you to charge two separate devices at the same time, without any issues whatsoever. Also, the micro USB cable used to charge the power bank makes smart charging simple and quick, if solar power is unavailable or not enough.
As for the solar panel that comes with this power bank, it is a standard 2-watt panel that is capable of charging most smartphones. It's the perfect example of a simple, but high-efficiency solar panel that can be very useful in case of outages.
This device also comes with 4 different LED indicators that give you feedback on the charging processes. Another element of this device that has really impressed us is the security system that comes with this power bank - which is often overlooked. The IFITech Solar Power Bank comes with multiple in-built intelligence security protections, which are designed to avoid damage to the producer by guarding it against overcurrent, overload, and short circuit issues.
As far as the question of compatibility is concerned, this power bank works with a whole range of different devices such as the iPhone, iPad, Android phones, other smartphones, tablets, IP cameras, Bluetooth devices, etc. Now coming to the issue of the build quality of this device, we can say for sure that it is a very sturdy and durable power bank. The ABS material used to make this device is strong and resilient, and it is ideally suited to the rough and tumble of regular usage. It has an anti-shock mechanism as well, which enables it to resist surface and internal damage upon impact.
Additionally, it is also water-resistant, resistant to cold temperatures as well as heat resistant. Lastly, the design also enables a higher degree of portability and comes with a hook - which is very handy during outdoor travels. You can hang this power bank to your backpack, and carry it around with the utmost ease. Overall, we have enough reasons to believe that this product is very much deserving of a spot on this list, and is in contention to be the best power bank under 10000.
The Maxim 15000 mAh Power Bank is the next device on this list, and it is another useful power bank that can come to your rescue in your time of need. This 15000 mAh power bank comes with a lithium-ion battery that is perfectly suited to meet your charging requirements. The package comes with a charging cable along with a power bank so that you are able to use it based on your requirements and convenience. It has two different ports, and thus enables you to enjoy the benefits of dual charging.
The gold-colored plating makes this product a win in terms of aesthetics, which has resulted in many users preferring it over other variants in this price range. The total expected power supply of the Maxim 15000 mAh Power Bank ranges between 100 to 240 volts. As per our user reviews and the feedback we have received about this product, this is a perfect choice for travelers and backpackers. The solar charging system is quite simple and straightforward and does not require any special installation setups.
We have seen enough of this power bank to state with certainty that it does the job very well, and although it's nothing extravagant, it's certainly a value for money product, based on the price for which it is available. The product also comes with a one month warranty period - and this makes it more suitable for purchase as you are well covered against any type of manufacturing defects.
For the fourth position on our list, we have another well regarded, high performance 20000 mAh power bank from HBNS, and we are pleased to bring this product to your attention. The HBNS 20000 mAh Power Bank is an ideal choice for people who are looking for a fast charging, portable appliance to provide power to their mobile devices. This one also has a lithium-ion battery - just like our previous model, and it certainly manages to outperform many other generic power banks in this price range.
The HBNS 20000 mAh Power Bank comes with a micro connector and an AC adaptor as a power source, with which you can charge this device if the solar charging system is inaccessible for some reason. We would ideally recommend this power bank for the purpose of charging smartphones, however; it can charge other devices too.
It is totally compatible with all devices which use a dedicated USB 2.0 port for power and can be used to charge devices such as Mp3 players, tablets, cameras, electronic lights, Bluetooth headphones, and much more.
This 20000 mAh power bank is an ultra high capacity power bank that can charge a 4000 mAh phone multiple times within a short time and can prove to be somewhat invaluable during your travels as well as outdoor activities, such as camping or even business and work trips.
We should also mention that this device comes with internationally accepted safety standards for aviation, and is thus perfectly feasible to be used on long flights, where your devices need multiple charging sessions to keep going.
It also comes with an impressive in-built smart protection system that guards actively against a host of different evils such as over-current, over-heating, over-charging, over-voltage, and short circuits. These measures make sure that you, as well as your device, remain in complete safety, and you can continue to reap the benefits of this device for a long time without worries.
After all of these detailed and lengthy discussions, it is easy for us to see why this product is so highly rated, and why we feel that it is in contention to be christened as the best power bank under 10000.
For the penultimate product on the list, we have another power bank from Maxim - which has emerged as a big player in the solar power bank industry in recent years and is considered to be a very trustworthy and dependable brand.
The Maxim 20000 mAh Power Bank is the perfect fast charging companion for enthusiastic backpackers and travelers, who wish to experience the joy of using a power bank that is driven by solar power for the first time in their lives.
An ultra-efficient 20000 mAh solar power bank that can comfortably take care of your charging needs, it is no surprise to us as to why this power bank has been selling well all over India in online as well as offline markets.
It is a standard lithium-ion battery-driven power bank that also comes with an AC adapter for standard charging. It is capable of recharging all modern smartphone variants, as well as other devices such as fitness bands, wireless earphones, and tablets, alongside many more.
Thanks to the portable nature of this device, you will never have to worry about being separated from your favorite devices. It is so compact, that it can fit easily into small backpacks or pockets - and that makes it the ideal charging partner for anyone under a variety of different circumstances.
Just like other power banks from this brand, this one also has numerous well-crafted safeguards against the usual suspects that can cause damage to the device. This includes protection against overcurrent, over-heating, over-charging, over-voltage, and short circuit issues.
Furthermore, it comes with two output ports and has an average output power of around 5 volts or 2.1 amperes. You will have access to a 6-month window for replacement warranty with this power bank - but make sure to note that the domestic warranty is only for a period of 1 month.
We have spoken to many users of this product, and most of the responses that we have gotten are overwhelmingly positive. Thus, we have no qualms about introducing this product to the general public through this list, and we definitely feel that it would be worth your while to grab this product as soon as possible.
FosPower brings to you this superior quality power bank that will provide you with emergency power when required. This emergency radio comes with a 2000 mAh power bank that can charge any smartphone or small tablet. Available within an affordable price range, this solar power bank is your true companion in times of need when there is no power in the house and you need to charge your electronic gadgets.
Be it an emergency or non-emergency environment, this weather radio gives you enough tools to deal with any situation related to the power supply. There is an LED flashlight on the radio that operates on 1-watt energy, quite sufficient during power cuts.
An SOS alarm is provided, and it is always ready to go off whenever there is any kind of emergency. The strong AAA batteries ensure a steady output of power when you and your loved ones need it the most.
A sufficient amount of power is generated by the radio’s crank lever and the solar panel so that all the features in the radio can function properly. There is a 4 LED reading light that can be easily utilized by children to study and adults to do their office work, etc., even during power cuts in the house.
The AM/FM stations work effectively to inform you about emergency news broadcasts as well as emergency weather forecasts. This can be very helpful in times of natural disasters.
Such innovative emergency machines are becoming quite a popular day by day, as it does not bring life to a standstill during power cuts for long periods; rather they assist you in continuing your work despite no electricity.
Get home this lightweight, compact, stylish, and highly efficient device to deal with all kinds of power supply related emergency situations.
Solar power banks can be incredibly useful if you plan to go on long trips where you do not expect to have access to electricity. It will be enough for you to charge your phone or other USB devices up to 3 to 4 times per day. In this section of our solar power bank review, we will discuss some of these factors in detail. Make sure to go through this section carefully, before deciding on which particular solar power bank model to buy.
Not all solar power banks are the same, and some are more powerful than others. This means that the wattage of any particular solar power bank determines the type of devices that you will be able to charge. A simple old school smartphone can be charged using the most basic solar power bank, which has a wattage rating as low as 4-5 watts. However, some of the more recent higher-end smartphone models might require higher wattage.
A lot of iPhone models are known to be a lot more power-hungry and would require a power bank of a minimum 7-watt rating at the very least. In the case of iPads, we would recommend a 15-watt power bank, and laptops would require you to have a battery and DC-to-AC inverter. Also, make sure to note that some of the lower wattage power banks require a lot of time to charge devices, and this could prove to be an issue.
Make sure to note that in places where the weather is predominantly rainy or cloudy, it might prove to be slightly more difficult for you to charge your device. In these scenarios, you have to make sure to make the most optimum usage of the time when the sun is out and shining bright. Also while checking the output power on your device, make sure to check whether it's for one port, or for all the ports taken together.
Most of the solar power banks nowadays come with a standard USB 2.0 port, that can be used to charge a plethora of different electronic devices. However, there are quite a few devices that might require a separate adapter to charge them. This is the case for laptops, as well as some other devices, such as photo cameras. Make sure to note the fact that most devices that use a 12-volt cigarette type charging port, generally do not work with solar power banks.
Whenever you buy any type of electronic equipment, the convenience of usage should be right up there as one of the most crucial factors that you use to determine the overall value and feasibility of the product you are looking to purchase. Under this section, you should look at factors such as size, compactness, weight, etc., and determine whether it conforms to your own usage expectations.
Also, it's important to go for a model that is easy to install and use on a regular basis, if you are buying your first solar power bank. Furthermore, you should consider a few other elements such as special grommets, which may help you to attach panels to your backpack if you wish to have a more sophisticated overall experience.
Another thing that a lot of people ignore or do not pay enough attention to, is the weight of the power bank that you are looking to buy. If you are one of those backpackers who like to go on long trips and enjoy the solitude of the wilderness, weight is a very important factor to keep in mind. On the other hand, if you do not expect to carry your device for too long outdoors, then the weight factor is not that critical.
Solar power banks are just like normal power banks in many ways. The only point of difference is that they are equipped with solar panels, which can use sunlight to charge themselves. So you can use solar power banks just like normal power banks if you wish.
However, the best use of solar power banks is possible when you go for outdoor trips, and you do not have access to electricity for long periods. How you use your solar power bank is largely up to you, but it can be a real lifesaver in outdoor situations - so it's something that everyone should aspire to carry.
Just like any other solar powered device, solar power banks are equipped with solar panels of particular wattages, which are able to use the sunlight to power itself. You need to simply expose your solar power bank to direct sunlight for a specific amount of time to charge it fully.
It's difficult to put an exact number on how long it takes for sunlight to charge your power bank - as it depends on various factors, such as wattage of panels, intensity of sunlight, temperature, etc. Some solar power banks also come with separate chargers and adapters, which can be plugged into wall sockets and charged comparatively quickly. Make sure to check the brand and specs to get an accurate idea of these aspects.
In this article today, we have tried to find the best solar power bank brand for your charging requirements on the go. Although buying a power bank may sound relatively straightforward, there are a few things which you should keep in mind as a buyer, to ensure that you can get the most out of your power bank in terms of value.
We started this article with a brief introduction on what solar power banks are, and outlined a few reasons as to why you might want to get one for yourself. Following this, we proceeded to our list of compiled products, which has been formulated using the wisdom of many of our industry experts, as well as different online reviews and ratings from users all over the country.
Hopefully, this list will guide you to the right path and enable you to find the right solar power bank that fits in with your own personal needs and user expectations.
In the next section, we have attempted to give you a comprehensive review of some of the crucial factors that should form a part of your thinking while choosing the ideal solar power bank for those extended trips and travel assignments.
We have covered all of the important factors in this section, and we urge you to go through it carefully to get the best results. Then we moved on to a short section, where we discussed a few frequently asked questions regarding solar power banks and we tried to answer them as succinctly as possible.
Hopefully, our endeavors will come to good use for you, and we urge you to do further research on these topics if you wish to know more about them. Till then we bid you farewell and also wish you the best of luck in your quest to find the best solar power bank for backpacking that you can find for your travels.
There are no moving parts in solar panels, which is why there is not a whole lot of maintenance to take care of. Cleaning, however, is one part of the maintenance of solar panels that should not be taken lightly. Let’s understand through this article about the necessary tips on cleaning the solar panels effectively.
Although solar panels might appear to be sensitive, fragile in nature but unlike their appearances, they are immune to bear all weather conditions and are durable with less maintenance requirement. It’s usually advised by manufacturers to keep the panels clean, dust-free and to avoid the accumulation of leaves and impurities but in reality, all these concerns can naturally be taken care of by rain. A simple recommendation would be adding manual cleaning and maintenance of the panels besides the rain to ensure the functioning of the solar panels with the maximum potential.
You can decide whenever if there's even a need to start the cleaning. You have to manually check the solar panels to see if there is any dirt, bird droppings, waste, etc. But you can do that too if you have a monitoring system that will warn you if your panels are not running and working well enough. You should know, however, that the alarm might point to some mechanical or electrical issues, not just the need for cleaning.
A piece of advice that is usually passed around, is to let the rain take care of the cleaning of your solar panels. Track the functionality of your device by paying attention to your month-to-month energy bills and use. Perhaps it's time to think about cleaning or some other form of maintenance if you start to see changes in your energy bill.
In the sunlight, solar panels can become extremely hot due to their heat absorption abilities. Either clean your solar panels during the morning/afternoon, or select a reasonably cool day. Also, see if there is some possibility to do this without having to climb up to the panels.
Keep your ladders ready if it is required for you to climb up the roof and be prepared with all the necessary equipment and proper training to not cause any fatal injuries.You can always consider calling a professional cleaner to clean the solar panels to be on the safer side.
Checking with your solar panel manufacturer is the first thing you want to do. They may have unique cleaning recommendations.
The basics are water and soap, and a hose - that makes the whole thing so much simpler. Keep in mind that when washing off your solar panels, you should not use any form of high-pressure water sprayer. Water quality is also something that should be noted. If the water supplied is hard (mineral-rich) and rainwater is available, use that as a final rinse to avoid deposits from hard water.
The solar panels themselves can be affected by a high-pressure connection. Sponges are excellent tools with which to clean solar panels, because they will not cause any damage. Use something you would clean your dishes with, if you plan to use a little bit of soap on your sponge.
However, if you have collected a lot of dust and dirt, you might need to give them a more thorough cleaning. You can turn on the water at the beginning and wash the panels with a garden hose. And you will see if any dirt is still left. You don't have to disinfect the underlying wiring. They are strictly prohibited - because they can only do harm. Do not use any chemicals and abrasive materials.
Bird droppings are more harmful than a film of dust on your solar power panels. One point to check is whether a string or micro inverter is a part of your system. This is critical, because systems with microinverters (with an inverter attached to each separate panel) will display where one component has been covered with droppings. The inverter will avoid displaying current flow during these instances.
In some cases, the panels can get oily stains on their surfaces if they are located in areas which are near to airports, flight paths or are subjected to prominent roads frequented by trucks. In this case, you may prefer to use isopropyl alcohol as a spot cleaning chemical, which is also found in daily household items as aftershave lotions, sanitiser, etc.
It seems that experts cannot come to a consensus on this one. One side claims that this initiative will not pay off if you plan to recruit professionals. They argue that dirty solar panels can operate with just five percent less power, which is negligible. This hypothesis is based on the fact that solar panels are still impeded by these small particles, and that they have not been found to work at a reduced capacity. As the solar panels are tilted at an angle for making the solar panels effective in receiving maximum solar heat, the tilt usually allows the dirt to settle down at the bottom of the construction.
Some believe that the solar panel system will lose 15 to 20 percent of their strength, if the solar panels are not cleaned properly which will eventually cause less electricity generation.
A landmark experiment was performed by Google at their 1.6 MW solar farm in Mountain View, California. They found that the number one way to optimise the energy they generate was to clean the solar panels. Cleaning solar panels that had been in service for 15 months doubled their electricity production.
Experts are leaning towards ‘no’ for cleaning solar panels in spite of a lot of research, and particularly if you want to hire a professional company instead of cleaning them on your own, the return on this type of investment is way less than what you are putting in.
The best possible advice when it comes to this subject, is to track your solar energy system, to see if and when the power output changes. If you think changes in your energy bill might be because you need to clean the solar panel, see if after a good rain, the quality returns to normal. If so, that's the end of it, perhaps. If you think the functionality is still askew, instead of just washing, it may be something electrical that needs repairing.
It also depends on where you live. If you live in an area where it snows, you will have to manually shake off all the snow from the panels. During the winter, solar panels usually become the most soiled. When it is time for leaves to shed in autumn, you can certainly strip leaves from the panels.
All those who think solar panel cleaning makes a difference, are advised to take some time to do the job once or twice a year. This should continuously hold solar panels at their full capacity.
But you can do this more frequently if your house is located close to a highway, airport, plant, or some other source of pollution. Your solar energy system would be subjected to more debris collection.
It's important for you to at least periodically rinse off your panels, depending on your weather conditions, dust, and other pollutants that may collect on your solar panels. Engage in safe cleaning practises and avail professional help if you deem it necessary. The solar panel company would also be able to decide if cleaning is necessary and when to do it along with tips on how to carry the operation out. Carry out a thorough visual inspection and assessment before the cleanup. This would help in upkeep and maintenance while helping you save energy costs.
Solar panels are an efficient roof addition that help minimise energy costs and benefit the environment as well. Solar panels are based on solar cells that absorb sunlight, and convert it into renewable energy. Here, we explore how the weather affects a solar panel’s efficiency.
Every manufacturer says that positioning the solar panel in a way that will ensure that it is always exposed to the sun, is extremely important. That is rational, since in order to do its job, it requires as much sunlight as possible. So what happens one day when there is no sun? What if the rain has overtaken the sky?
The response is that nothing occurs. Solar panels will continue to transform photons into electrons, or direct electricity. There's a huge misunderstanding, that if there is no direct sunlight, the solar energy system won't be able to produce the power we need. In fact, solar panel cells do not actually need direct sunlight, they just need certain sun-emitted photons.
The impact of the weather on solar panels is a common concern among first-time solar buyers. Despite rain, snow, sleet and hail, a good-quality solar panel will work to the best of its capacity.
Modern-day solar panels are designed in such a way that they can withstand various weather conditions, such as heavy rain, snowstorm, hail, severe wind, and extreme heat. When they are built, they are subject to testing, and in order to say that they are immune to bad weather and extremes in that sense, they need to get a TUV Rheinland Certificate in India.
In fact, most solar panels can withstand winds of up to 140 mph, which is around 2,400 pascals (the unit in which solar panel wind resistance is measured). This is strong enough to withstand a hurricane of Category 4, whose wind speeds range from 130 to 156 mph. They can also only benefit from cold temperatures, because light can reflect the whiteness of the snow and boost the efficiency of the panels. It is just important that they are clean, and not settled on by tonnes of snow.
Since they are made to last and face multiple obstacles, solar panels can for example, be damaged by hail or storm. But you should be protected by your warranty or insurance policy in that situation. The effectiveness of solar panels, however, can diminish in extreme hot climates.
Now in order to work, solar panels require sunlight. When the night arrives, they appear to go into sleep mode, and remain that way until the sun starts to rise again. However, some experts say that solar panels will operate on the basis of some other light sources, such as the moon, or some powerful street lights, but since the production would be extremely low, it is negligible.
In order to produce electricity, solar panels are designed in a way that enables them to use direct and indirect sunlight. This means that even if the sun is obscured by clouds, they will be able to continue with this process. So yes, they can work in the rain - the question is just how much power can they produce. Rain will not have a negative effect on solar energy production, but dense layers of dirt will, considerably.
Therefore, the rainy season requires occasional cleaning of your panels, to get rid of dirt and other things that reduce sun exposure.
Accumulated snow will block light from your panels, just like dirt. In most cases, this is rarely an issue, as snow falls off panels easily, and tends to melt in the sun rapidly. If snow does accumulate on your panels, sweeping it off with a broom won't hurt. The whiteness of the snow would reflect light and boost the efficiency of the solar panels.
Colder temperatures usually improve the effectiveness of the panel. Subfreezing temperatures, and sunny weather are perfect for solar system installation.
This natural force will cause some serious harm to your whole house, not just the solar energy system. The power of the wind might dislocate your solar panels, separate them from the roof and rip some wires, but most likely, the insurance will cover that. Solar panels are built to withstand winds of about 140 mph, but in general, every brand has its own, more unique assessments.
Solar panels, like any other electronic system, are subject to voltage spikes due to lightning. The odds of lightning hitting your roof on its own are slim. Even in such a case, a danger that may occur is transient voltage. A professional installer, however, can make sure that the device is adequately grounded to stop surges. A lightning protection system is a clever and simple upgrade, if you want extra surge protection.
Many people believe that unlike rain and clouds, high temperatures are highly advantageous for panel efficiency. It really seems contradictory to assert that high temperatures reduce production.
Higher temperatures however, do tend to lower the output of electricity, also known as the drop in voltage. Power is generated by voltage and current, and high temperatures tend to increase the current. However, they also have a decreasing influence on electrons. Increasing temperature therefore means raising the electrons' remaining state, which results in lower voltage, and is equivalent to lower performance.
If you live in warm places, however, this doesn't mean your panels aren't successful. Ultimately results will level out, and the panels will produce the savings.
It is a fair subject to be concerned about, given that hail could hit your panels. Hail can represent the most physically intense of all natural conditions. The most important aspect when it comes to the damage that hail causes, is the nature of your solar panels and their installation. Most panels are made to withstand harsh hail, however. Try to invest in high-quality solar panels that are sturdy enough to prevent damage caused by hail storms.
Panel functionality would be affected by anything that blocks the sun's rays, like clouds, fog, mist and smog. The impact of different cloud types on the output of panels at noon, ranges from almost no loss for wispy cirrus clouds, to 30 percent or less than ideal for traditional dark rain clouds.
Although 30 percent might sound like a lot, remember that at 70 percent the panel is still producing energy, and that even cloudy places get sunny days. For example, Germany is a place which has a lot of cloud cover all round the year, but is still one of the top places with maximum solar system installations.
In severe weather conditions, even though solar panels look very fragile and super sensitive, they are actually used as roof protectors. There are some potential hazards to your solar panels' performance and stability. Advanced technologies and skilled contractors, however, help you still plan ahead. Panels are designed to endure extreme weather conditions today. Combined with proper installation, and quality manufacturing, it will ensure you have zero problems with your solar panels' performance.
Once you have zeroed on an installation company, make sure that they have all the licensing as well as registrations. The company should be reputable and known for their work. Not all of them know what modern solar systems technologies are based on, or they are not well informed about local wind movements and other climate conditions that are normal or exceptional. Also it is necessary to consider the regulations that are to be taken into account when carrying out a task like this. This needs to be kept in mind with the right angle that is required when one has to position a solar system to ensure maximum capacity is delivered. The advanced wiring systems they require can be a challenge for certain individuals.
It is important to check if the house's roof is suitable and sturdy enough to hold the entire solar energy system.
The fact that solar panels function with the help of sunlight, raises the problem of bad weather and its effect on the solar energy system. We concluded that on a cloudy day, panels will still continue to turn the sun's power into electricity. This too, however, has its flaws, just as with any other renewable source and its use. But the truth is that the benefits are so fantastic, that you can certainly live with that. Since your solar panel can generate more energy than you need on those super sunny days, all that surplus can be stored and saved for days when they simply can't deliver.
A solar plant produces clean, renewable energy throughout the year in any weather condition. It is a healthy investment, and helps to cut back on energy costs, and generate power for the entire house in a sustainable way.
With greater dissemination of knowledge about the conditions of our natural world, more and more people are moving towards renewable sources of energy. Solar energy is one of the major forms of renewable energy in use today, and a lot of people, as well as businesses are making a conscious decision to invest in this technology and reap the benefits in the longer term. In this article, we will direct our focus on the specific question of solar panel compatibility, and what are the various elements that will ultimately help you determine the best combinations. This will allow you to get optimum levels of performance from the investment you make on your solar panel system as a whole.
Solar panels come in different varieties, and it is important to know which ones are best suited for your power requirements. One of the measures which is used to differentiate between different panels, are the respective wattages of the panels themselves. There has been a lot of misinformation and partial information surrounding the topic of wiring different solar panels. It is important to recognize that it's not as simple, as more panels equals higher power. There are different factors that you need to take into consideration while making a judgment.
In this article, we will look at some of the things you should keep in mind if you are looking to mix different panels.
We should mention at the start, that mixing panels are not recommended in general. However, if you make sure to carefully mind the parameters of those panels, like wattage, voltage, amps etc., it is possible, and you can derive good results from it. There are two main ways in which you can do this. These methods are called series and mixed modes of connecting solar panels. The best method to connect your solar panels is in turn, determined by 3 different factors. These are:
There is a lot of mystique and misinformation related to the question of which method to use in order to mix different panels. This depends upon your requirements essentially, and there are pros and cons with each. If you are looking to get a higher voltage, then it would be best for you to go for a series connection. Similarly on the other hand, if you wish to get more current as opposed to higher voltage, then you should go for a parallel connection. And of course, if you need both higher current as well as higher wattage, you need a mix of both series and parallel connections.
Whether it be in series or parallel or mixed connections, you should definitely consider adding solar panels, if your existing panels are not getting the job done. This is because, irrespective of which type of connection you choose, more panels will give you a higher total wattage count regardless.
As we have mentioned earlier already, there are 3 different kinds of wiring possibilities that solar panel users have at their disposal, when it comes to connecting panels of different wattages. We will discuss each of these in the section below in a little bit more detail.
As mentioned already, a series connection gives you the prospect of generating higher voltage along with a higher watt count. Series connections are mostly used in grid-type tier systems, as they require higher voltage in order to function at optimum capacity. These types of grid systems are generally equipped with higher voltage panels. Generally, we have found from our surveys that the system voltage for these types of systems are at least 24 volts. Another point of note about this system that we have encountered, is that the solar array output voltage is connected to an inverter or a charge battery. This charge battery is also usually powered by a comparatively higher voltage than we find in most non-grid systems.
A series connection basically means that you are connecting the positive terminal of a panel to the negative terminal of the next panel. In case of this connection, you will get a total output voltage that is the sum of the voltage drops on each solar panel, provided that the panels are of the same type and also the same power rating.
If the panels that you will be using are not of the same ratings, then the question becomes somewhat more complicated. The current produced from a solar panel is dependent on a combination of factors such as ambient temperature, solar cells temperature, and solar irradiance. This leads to a situation where if for instance, you are using panels of different wattage and one of the panels has a much lower current, then this will end up dragging down the performance of the whole solar array. This is a situation that you should ideally avoid, if you wish to get the most out of your solar panels.
Parallel connections are one of the simplest methods of connecting solar panels, along with series, and it can also be effective for you if you’re looking to do these things with a DIY spirit. This type of connection is best suited when and if you are looking to increase the total output of the array, while keeping the voltage rating unchanged. The voltage is usually static, based upon the 6v or 12v panels that you are using, in the case of off-grid systems.
This type features a connection between all of the positive panels with each and the negative panels with each other respectively. Eventually, it all boils down to one positive and one negative connector - which are finally connected to the inverter or the charge controller. A parallel connection enables you to have a total output current that is equal to the sum of all the different current ratings passing through the various solar panels. If the panels are of the same type and the same ratings, this process will be seamless.
Again, if the panels are of different ratings, then the story is somewhat different. In this case, you will end up losing a lot of your solar power - which could have been used to give you additional current capacity. This is because the array’s total voltage depends on the lowest voltage rating, which causes the complication.
Mixed wiring of panels basically means that you are using a combination of two different panel connecting systems to bring about your final energy output. How effective this will be, is largely dependent on your total output voltage, and the maximum total current output of the entire solar array.
In order to be able to do this correctly, you need to keep two things in mind at all times without failure, which will serve as your base point of entry. These two things are that series connections manage to increase voltage, and parallel connections manage to increase current. Both however, result in increased wattage. However, the wattage will go down if you choose to use different rated solar panels.
The best way to ensure the most optimum levels of performance from your solar panels, while using a mixed wiring system, is to make sure that your solar array is composed of an even number of panels. This means that you have to have panels in the multiples of 2 such as 4, 6, 8 and so on and so forth. These panels could be put in various types of wiring combinations. For instance, if you have 4 panels, then you can put 2 in series and 2 in parallel.
All this is good to talk about in theory, however in the case of practical implementation, it is very much possible that you might find yourself in a situation where you have an odd number of panels as part of your solar array setup. In this case, you should reconsider this type of mixed wiring, and consider the advantages of series or simple parallel wiring systems. If you have a preference for differently rated panels instead of having to buy similar rated ones, it is best to separate the panels in two different sets, and wire them in parallel.
In this section, we will mention some of the important points that could be observed in summary of the above detailed discussions that we have already had.
If you decide to go for a series connection, it is more important to ensure that the rating of the different panels is always the same. On the other hand, if you decide to go for a parallel connection, then we would urge you to make sure that the voltage rating of the different panels are the same.
If you mix different types of panels, inevitably, this will result in overall reduced wattages. This happens regardless of whether you end up using a series connection, or parallel connection mechanism.
If you add even a single panel which has a lower rating then the other ones, it will result in lowering of the entire power output. A lower rating basically means that it has a higher potential for loss of solar power. This happens for both the cases of series and well as parallel connections. However, the loss of solar power is more severe in the case of a parallel wiring system. Thus, it is best advisable for you to try and get panels with the same ratings if you harbour aspirations of churning out the maximum possible power from the panels.
In this section, we will have a recap of some of the major themes and highlighting points of our discussion above. We will start off by telling you something that we have revisited quite a few times throughout the course of this discussion, and that is because it is of vital importance. We would urge you to try and get panels with similar ratings - regardless of the type of wiring system you are looking to set up.
Try and minimize losses, while connecting solar panels by following these guidelines mentioned below.
If you are looking to connect solar panels of different brands, make sure to connect it in series panels. If you are looking to connect panels of the same brand, but of different voltages, then make sure to use a parallel wiring system to connect the panels.
We also do not recommend that you connect different solar panels in a particular solar array. This is because, if you choose to do so, either the voltage or the current output might get reduced, and this will not allow you to extract the optimum amount of performance from your solar panel system.
In this article today, we have tried to give you some important and valuable information regarding the setting up of solar panels. A lot of people have been making the transition of late to using renewable and sustainable forms of energy. This brings a lot of questions to their minds, and one of the major questions that usually dominates discussions on online forums, relates to the topic of wiring different panels together. It's just not as simple, as more panels equals higher power or vice versa. There are a lot of nuances involved in this, and we have tried to cover these as much as we could, without over burdening you with too much technical detail.
We have also made it a point to summarize some of our core recommendations and try to bring it to your attention. This will enable you to make a more informed choice that is based on evidence and suitability factors. We hope that the information you found here comes in good use for your purposes, and you can build the ideal solar power system of your dreams. Make sure to note that the information you find here merely touches upon the surface - and if you feel the need to know more, you can do further in depth research.
Solar water heaters are capable of heating water by absorbing the heat from the sun and directing it into the water. These are perfect gadgets for saving up on your energy bills, as it consumes no electricity. Besides, by reducing your dependence on fossil fuels, they help in reducing your carbon footprints. These are some of the best environment-friendly devices for everyday use.
The water heated inside a solar water heater can be used for a variety of purposes, such as bathing, cooking, and cleaning. Most people, however, tend to be disappointed by the high cost of buying and installing a solar water heater. But in the long run, it results in incredible savings. Besides, they can work perfectly fine for a long time, without requiring any replacement.
Buying a solar water heater for your home can be tricky. There is a wide range of these products in the market. Besides, you need to be aware of a number of things like specs, features, and prices, before buying one.
Therefore, in this article, we will help you choose the best solar heater for your home. We will review some of the best solar water heaters in India, and list down the important factors which one should look for while a solar water heater.
When it comes to solar heaters in India, Supreme Solar is one of the top brands. It makes durable, cost-effective solar heaters, which come in different sizes. Its products are meant for both home and commercial installations, such as hotels, restaurants, etc. This 200 LPD solar water heater offered by Supreme Solar is one of the best solar water heaters in India. It is ideal for a family of four.
The inner tank of this product has a glass-lined coating. This ensures that this solar water heater has a long life. Besides, glass line solar heaters are particularly useful in places where there is hard water. This is because it prevents rusting of tanks, and hence, adds to the longevity of the device.
Like all solar heaters, this is also an environmentally friendly device. It uses advanced technology to ensure that you get hot water for a variety of purposes. Besides, since the tanks are glass enabled coated, the water remains clean and hygienic.
The inner tank of this solar water heater is made of SS304 grade steel. Thus, this 200 LPD solar water heater can work perfectly fine for a long period of time, without requiring repairs of any kind. The same model is also available in a range of capacities, such as 100, 150, 250, 300, and 500 LPD.
Like all other Supreme Solar products, this product, too, is manufactured with high standard machinery and precision technology. You should definitely go for this water heater if you want an eco-friendly water heating device for your home, which possesses excellent qualities.
Just like Supreme Solar, Racold is another leading brand of solar water heaters in India. The Racold Alpha Pro is one of the best solar water heaters in India. It is a cost-effective, durable, eco-friendly device, which is well-suited for both home use and commercial usage. It uses a high energy absorption vacuum tube which has a length of over 1800 mm. It ensures an optimum level of energy absorption and makes it a highly efficient solar water heater. It is designed by keeping international standards in mind.
Besides, this product features a Smart Float technology. It is a unique float valve technology, developed and patented by Racold itself. It helps eliminate long air vents, thus, ensuring safe usage. It is particularly useful in areas that have a high wind velocity. Moreover, this water heater is also suitable for usage in areas with hard water. It can handle hard water applications up to 1000 PPM and 500 Chloride, with pH levels between 6.5 to 7.5.
Another great thing about this product is its wide range of sizes. It is available in varying capacities and you can select any one of them, in accordance with your need and convenience. It is available in 100, 150, 200, 250, and 300 LPD capacities. However, there is no 500 LPD variant of this water heater available. This means that it is not particularly meant for commercial installations.
Finally, Racold also provides a great warranty on this water heater. There is a 5-year warranty on the tank. The float is covered under a warranty period of 2 years, whereas, there is a year of warranty on the stand. If you are planning on buying a solar water heater for your house, this is the perfect product.
In recent years, V-Guard has emerged as one of the most popular brands of electrical appliances in the market. It delivers products which are of great quality, and at the same time, are cost-effective. The solar water heaters of the V-Guard Win series are some of the best in the market. They are primarily meant for home use and can be used in all kinds of climates. It comes with a strong and durable storage tank, which is made of Food Grade SS304L.
The galvanized iron (GI) of this storage tank comes with a pre-coated GI (PPGI) outer cladding. Besides, its high-quality PUF insulation minimizes the loss of heat inside the tank. Thus, the water remains hot for a long time, and you can take a comfortable shower with the water from this solar water heater.
You are guaranteed trouble-free use with this water heater. There is no recurring cost of electricity involved. Besides, V-Guard has good customer support across the country. This series is divided into Win Hot Plus and Win Hot Plus H series. The former is meant for areas with soft water, whereas the latter is suitable for areas where there is hard water. In fact, the water heaters of the Win Hot Plus H series are some of the best solar water heaters for hard water in India.
The Win Hot Series water heaters are fitted with high-quality vacuum tubes, which minimizes heat loss. Besides, the scaling of the tube is negligible. There is a high-quality PUF insulation for the tube. Due to a greater absorption area through the circular vacuum tube, it is able to absorb the sun's heat in a better way.
With all these great specs and features, the V-Guard Win Series solar water heaters are the perfect devices to heat water in your house. You should definitely go for this eco-friendly product.
Tata Solar is one of the largest manufacturers of solar power based appliances in India. Its products are known for their perfect quality and durability. As the name suggests, this 300 LPD solar water heater offered by Tata Solar uses a flat plate collector technology, which is one of the most efficient technologies used in solar water heaters. This solar heater is ideal for a family of 6 to 7 members. It is also well-suited for small commercial spaces, such as small lodging facilities.
It has an extremely durable tank, which allows the device to work repair-free for a long period of time. The inner tank of this water heater has a nonstick 2 mm ceramic lining.
This acts as efficient insulation so that the heat is retained for a long time. Besides, it is fitted with PUF insulation, as well, for even better heat retention. The total number of tubes on this product is 27. The tubes are 2 mm thick, so that water can easily pass through them.
It can heat water up to temperatures of 80 degrees. Another great thing about this product is its warranty. Tata Solar offers a 5-year warranty on this product. Thus, it is, certainly, one of the best solar water heaters in India. It is an ideal choice of a solar water heater for your house.
Jain Solar is a less known brand when compared to other brands which we have considered for review in this article. The company makes a number of products like solar street lights, solar home lights, solar inverters and UPS’, and so forth. This water heater offered by them is one of the most economical solar water heaters in India.
Its size of 100 LPD, however, means that it is suitable only for small families, with a maximum of 3 members. It is a highly efficient solar collector technology that uses glass tubes to absorb heat. The heat is then transferred to the water flowing inside it.
It is capable of heating water up to temperatures of 85 degrees celsius. The technology used on this solar water heater is such that it can retain heat for a long time. However, one of the major drawbacks of this product happens to be its limited customer service. Since this is a small company, its service locations are not spread across the country. Other than that, it is a perfect solar water heater for small families and bachelors.
Bosch is one of the largest brands of electrical and home appliances in the world. Based out of Germany, its products are known for their durability, quality, and the value for money which they offer. This Bosch solar water based on an Evacuated Tube Collector technology is one of the best solar water heaters for home. It is perfectly suited for areas with hard water. The hot water tank of this water heater comes with an HDGI coating, which gives it a longer life. It can withstand a maximum water hardness of IP to 600 ppm.
In addition, the triple-layer evacuated tubes of this device have high heat-absorbing efficiency, keeping the water warm for a long time. It can withstand a maximum pressure rating of up to one atmospheric bar. Besides, this solar water heater does not require a lot of space for installation. It can be installed in a space with a dimension of 2.2 x 1 square meter.
Using this solar water heater, in the long run, can result in the saving of 1500 units of electricity every year. Besides, it can offset some 1.5 tonnes of carbon emissions every year, making it an environmentally friendly product. It is also available in varying sizes, such as 100, 150, 200, 300, and 500 LPD. You can choose any size in accordance with the number of members in your family.
The 500 LPD model is also suitable for small commercial spaces, such as family restaurants, lodges, etc. Given these incredible specs and features, you should definitely go for this solar water heater. It is one of the best solar water heaters in its class, loaded with the technological expertise of Bosch.
Havells is a household name in electrical appliances in this country and is one of the best solar water heaters brands in India. This solar water heater offered by the company has a capacity of 150 LPD, which makes it suitable for a family of 3-4 members. It is equipped with a non-pressurized system.
The system is particularly designed for home solar water heaters to offer hot water at ideal temperatures. Besides, the inner tank of this solar water heater is made of high quality extra thick stainless steel. It is highly resistant to corrosion and is a food-grade material.
This solar water heater uses an Evacuated Tube Collector (ETC) technology. It is fitted with a two concentric glass set up, which prevents heat loss. It ensures that the water stays warm for a long time. In addition, the tank consists of an anode rod with a stainless steel core. It is designed to protect the tank against corrosive elements, preventing the breaking of the inner tank. It ensures that your solar water heater has a prolonged life.
Another great thing about this water heater is that it comes with a strong and durable anodized aluminum stand. This specially designed stand is weather-proof. It can withstand extreme temperatures. And unlike steel stands, it does not run into the risk of corrosion. Besides, it is well-designed to enhance the look of your terrace.
Other features that you will get on this water heater are a temperature control mechanism for the heating element, timer for the water inlet, dry heat protection, and current leakage protection. Loaded with all these features, this is one of the best solar water heaters in India, and you should definitely consider it for buying if you are looking for a water heater for your home that does not burn your pocket in the long run.
The very first thing to look for while buying a solar water heater is the source of water supply in your house. It is important to determine whether the water that you receive is hard water or soft water.
This is because each of these types of water has different mineral capacities and thus, requires a different heating system. There are two kinds of heating systems: direct heating and indirect heating.
The direct water heating system is suitable for soft water sources. However, in the case of hard water, it is advisable to go for an indirect water heating system. Both direct and indirect solar water heaters are available in the market. In a direct water heating system, the water is heated directly through the heat of the sunlight trapped by the solar water heater.
However, in an indirect system, a fluid is used. The fluid is heated by the solar panel, which in turn, heats the water used in the house. This happens through a system of heat exchange. This is necessary because heating the hard water directly can result in pipe blockage. It can also corrode the collector tubes, and thus, affecting the functionality and longevity of the solar water heater.
There are mainly two different types of solar collectors - Flat Plate Collectors (FPC) and Evacuated Tube Collectors (ETC). The FPCs are made out of metals like copper or aluminium. This type of water heaters are particularly suited for tropical climates, as they have a higher degree of conductivity and emissivity.
This is why they are poor heat retainers under low ambient temperatures, and are hence, not suitable for temperate regions. In general, FPC water heating systems are bulkier than ETC systems. However, they are robust and more durable. They are also easily serviceable.
The ETC water heaters, however, have a higher heat retention capacity. Thus, they are suitable for both tropical and temperate regions. At the same time, they are made out of glass. Therefore, they are quite delicate and must be handled with extreme caution during installation, service, and operation.
Both these technologies can be used in open and closed-loop systems. An open-loop system works well for areas with clean and soft water, as the chances of clogging and scaling of the tubes which circulate the water are less. On the other hand, a closed-loop system is well-suited for areas where one does not know whether the type of water is hard or soft, or one is not aware of the cleanliness of the water.
It uses a difficult heating medium from the water in circulation. The heating medium is not allowed to be mixed with the water being heated. An open-loop system, on the other hand, uses the same circulation water as the heating medium.
Besides, water heaters can also be classified as hybrid and nonhybrid. Hybrid systems are equipped with an additional electric heating system in the storage tank to provide heating when solar energy is not strong enough to heat water. The non-hybrid systems, on the other hand, do not feature any such technology.
The size of the solar water heating system is another important factor that you must be aware of while buying one for your home. The capacity of solar water heaters is indicated by LPD, which stands for liters per day. On average, a person uses some 30 liters of water. Hence, a 100 LPD solar water heater will be ideal for a family of 3.
In smaller homes, solar water heaters with a capacity ranging between 150 and 200 liters are sufficient. However, a larger household might require a 300 LPD solar water heater. On the other hand, commercial and industrial sites require solar water heaters in the range of 500 LPD to 5000 LPD. Most of the best solar water heaters in India which we have reviewed in this article have capacities ranging between 100 and 500 LPD, are most suitable for homes and small commercial installations.
Installation is one of the important aspects of any solar water heater. Wrong plumbing work can render the entire machine dysfunctional. A number of plumbers are not simply aware of the working of the two-piping mechanism. In this mechanism, hot and cold water is connected to the house using two pipes, one for hot water and the other for cold water. It is mostly used in bathrooms. Moreover, it is essential to use the tube type of solar heater as it heats the water at a much faster rate, and is economical when compared to the flat type.
Tanks act as storage sites for the heated water. They should be able to withstand the heat and retain the same. A thick, well-designed tank can retain heat for more than 60 hours. Besides, the tank should be made of a food safety grade material to ensure that the water stored does not give out a foul smell.
Besides, tanks should also be rust free. Tanks with enamel coating are the best to prevent corrosion which is caused by hard water. You must always check for the material used for the tank in the product description.
It is important to be aware of the service life of solar water heaters. Similarly, it is also important to know if the brand can provide after-sales service at your location. Besides, you also need to be aware of the warranty offered by the brand on the product. Some of the best solar heaters for homes come with a warranty period of 5 years.
A good solar water heater can last for more than 15 years, given that you maintain it well, and go for servicing from time to time. While buying a water heater, you need to maintain price and quality. Always take a closer look at the product description before buying.
It is very important to consider the water pressure in the house. A lot of times, one ends up buying a water heating system that cannot withstand the pressure coming from the water source. Such a water heater has a high likelihood of being damaged.
There are two types of water pressure systems - the pressurized and the non-pressurized system. Equilibrium needs to be there between the supply line and the solar water heater. Selecting the wrong application for the wrong system will lead to an obvious failure of the system.
In addition, you need to check whether the solar water heating system is going to be placed on a pitched roof, or a flat environment. Each of these requires a different kind of system for producing optimum results.
As a general rule, it is always suitable to buy a solar water heater that can withstand a greater degree of water pressure. Solar water heaters that can withstand 8-10 Kpa of pressure are the most ideal. They must also come with a faster heat recovery mechanism and an efficient heat exchange technology.
Solar water heaters must be equipped with an inbuilt thermostat capacity which can maintain a water temperature between 60 and 75 degrees celsius. This is to avoid scalding effects, such as skin burn from hot water. The burn is dangerous as it can destroy tissues and cells, and in extreme cases, it can cause the body to go in shock from the heat.
It is important to know about your climatic/weather conditions before purchasing a solar water heater. Since a solar water heater draws heating energy entirely from sunlight, therefore, your location should get enough sunshine, particularly between 10 am and 4 pm on a daily basis. Direct solar heaters are feasible in tropical areas, as they receive the maximum sunshine. However, in temperate regions, it is better to buy a hybrid solar heater, because of the limited sunshine hours.
As already noted, installation is one of the key aspects of any solar water heater. Therefore, it is important to buy solar water heaters from reputable companies, as they offer professional installation. The same holds true for after-sales services, as well. You should be able to get quick and timely responses from the end of the company.
A good installation ensures that the device works as it should and it also adds to its longevity. The basic steps in the process of installing a solar water heater include mounting the solar collectors on the roof or the ground, followed by the installation of the storage tank and the heat exchanger next to the water heater.
Other steps include installing the piping and pump for the glycol loop. Besides, the pipings and other controls should be perfectly installed for the best performance.
Periodic maintenance is very important to ensure the efficient operation of the solar water heater. Apart from the heating system itself, you must also keep the pipes of the house well maintained. In addition, maintenance of water valves are equally important, so as to ensure an optimum level of water pressure. You should definitely hire a good plumber and ensure that the technician involved in the maintenance of the solar water heater is skillful enough to handle everything properly.
The main requirement for the working of solar water is sunlight. Therefore, for optimum heating, you will need sunny conditions. The heating output is directly proportional to the amount of sunlight available at a particular moment.
Under bright overcast conditions, a solar water heater can generate 50 to 70 percent of its typical output. However, on rainy days, or under cloudy conditions, the use of an auxiliary backup will be required.
There are a number of factors that decide the overall output of a solar water heater. If the system is equipped with good insulation, sunlight will be able to heat the water quite well, even during the winters. Since the heating is done by the radiation energy of the sun, it can come through the glass and heat enclosure.
This means that even if the temperature outside is below freezing if there is good insulation, there will be minimal heat loss. Besides, the other thing is how good the tank’s heat retention capacity is. A good quality tank can retain the heat for a long time, even under low outside temperature.
A solar water heater cannot generate hot water during the night. However, the hot water which is generated during the day is stored inside the storage tank. A tank that is equipped with good PUF insulation can store hot water for more than 24 hours. Thus, you can enjoy a good shower under hot water even at night.
A solar water heater is one of the most cost-effective water heating solutions for any house. A 150 LPD capacity solar water heater, suitable for 3 to 4 people, can result in savings of up to 1500 units of electricity every year. Thus, solar water heaters also result in the reduction of carbon footprints.
It entirely depends on the quality of the solar water heater. Other factors include the quality of the water, maintenance, etc. In general, a good solar water heater can last for around 15 to 20 years, depending on the material used to protect the inner tank of the water heating system.
A solar water heater with a glass-lined coated tank can last for well over 25 years. The best solar water heaters in India, which we have reviewed in this article are extremely durable and can easily last for more than 15 years.
The thumb rule in deciding the capacity is that a person requires 30-50 litres of water. Also, note that the water heater should be installed just above the bathroom floor. The following chart can help you in deciding the capacity of a solar water heater that you would need for your household.
|100 LPD||2 to 3 persons|
|150 LPD||3 to 4 persons|
|200 LPD||4 to 5 persons|
|250 LPD||5 to 6 persons|
|300 LPD||6 to 8 persons|
|500 LPD||10 to 14 people|
Solar water heaters are extremely efficient gadgets for delivering hot water to your house. The best thing about solar water heaters is that it consumes no electricity. These are environmentally friendly products and aid in the reduction of carbon footprints.
However, buying a solar water heater is more difficult than buying a regular geyser. This is not just because of the exceedingly large number of brands and products, but also there are a number of factors, specs, and features that one needs to look for.
Therefore, in this article, we have tried to help you buy the ideal solar water heater for your house. We have included all the important factors that you need to look for while buying a solar water heater.
Besides, we have also listed down and reviewed some of the best solar water heaters in India. We have also answered some of the frequently asked questions with regards to these products. Go through our buyers’ guide carefully, and make an informed decision.
People globally have started realizing the true worth of solar energy, and how valuable it is when it comes to protecting the environment. Solar panels and solar inverters are not only affordable, but also dependable and financially quite advantageous. While most people are aware of the environmental benefits of a solar system, its financial benefits are lesser-known.
There might be a high sum that you invest initially to set up the solar energy system, but after this is done, you save money for an entire lifetime with extremely low electricity bills and the value of the property increased.
The Grid Connected Rooftop System or GCRT is widely available in the country, and the government is doing its best to promote it - but the real deal is whether or not solar systems can make up for this investment. If the answer to this question is yes, then how many years will it take for the solar system to recover this cost? The rate of electricity is only increasing, and so GCRT proves to be the best option if you want to save money. Furthermore, the incentives provided by the government to install these systems, makes it the best financial investment you can make.
While we know that solar energy can reduce your monthly electricity costs to a large extent, the main question that must be answered is - by how much does it get reduced. Solar panels provide any home or commercial building with electricity, without the requirement of any utilities but sunlight. This factor, paired with the attractive incentives offered by the government will reduce your expenditure to a new low.
Compare the bills with the traditional utility bills from earlier times, and you will see a huge difference. With a solar energy system, you end up not buying electricity, but actually saving it.
The electricity bill that comes in every month will get reduced, so that you can enjoy small energy savings. Over a period of time, these savings will add up to make a large sum of money that will eventually help you repay loans that you might have taken to purchase the solar system. However, the important factor that you must know is that the savings will be different for different people.
This difference is usually determined by the location, the amount of sun exposure, and a few other factors that play a crucial role in generating solar energy. Therefore, while some people might be lucky enough to get 100% savings, you might only get 40% or vice versa.
Now let us talk about the long-term savings that solar energy systems bring with them. You can rest assured to receive a return every month for the initial investment that you make on the solar system. You do not have to pay for any utility company every month like before - and that means a lot of savings. This way, you accumulate energy and its cost is paid to you directly, through various accounting and adjustments.
You must understand what this means. Not only will you save energy every month, but you will get paid for the extra units of energy saved.
Depreciation benefits are meant for the commercial users of solar systems and not residential users. When any industrial/commercial segment installs a solar system, they can claim a 40% accelerated depreciation (AD) from the government. This is one of the many incentives that the government provides to encourage the wider use of solar panels and solar inverters. The tax payment ultimately gets affected by this depreciation benefit.
A Grid Connected Rooftop Solar System, or GCRT solar energy system allows you to decide how much electricity it will generate based on your requirements. Whatever your requirement of energy is for running various appliances in the house, the GCRT will generate only that much electricity. No external storage space is required, as the grid is itself a storage bank.
Once you sync the energy generated with the grid, you can deposit whatever extra electricity is produced, and take that back when you need it. The DISCOM provides an extensive list of procedures and guidelines, and as long as you abide by these, the process is easy, simple, and extremely convenient.
Electricity costs play a huge role in your overall budget to run a house, and constantly making efforts to keep these costs at bay can become a hassle. Fossil fuels like coal, oil, natural gas, and so on help in the production of electricity. All these elements, however, are quite susceptible to change due to the nature of foreign markets - which are largely unpredictable and unstable, to say the least.
These electricity rates are always on the rise, but when you take the decision to switch to solar energy, you can work against this force of increasing rates. For the next so many years to come, you get to personalize and experience your own electricity rates. The best part is, these remain constant if you want them to. Your money remains under your control.
The way the GCRT solar system works is that when there is more electricity or energy produced by the solar panels than required, the excess gets stored in the utility grid. The general rule is for electrical companies to pay you for the excess energy you are giving them. Make sure to keep a track of these excess energy productions and the payments made. You can keep a track of the energy generated by the system using the “Net Metering” technology.
With a GCRT solar system, you can dictate your electric costs, as it entirely depends on how much electricity the system generates and how much of it you actually used. It’s not like your household appliances will not use power from the utility grid, but the overall costs will still be less because of the usage of solar energy.
While we have already discussed the direct benefits of GCRT solar systems, it is time to talk about a few indirect ones.
Solar batteries are usually of two types - AC and DC batteries, and the difference between these two lie in their efficiency levels, as well as the manner in which they connect to the solar panels and grids. AC batteries will be more advantageous if you add it to your existing solar system, since it is more cost-effective than a DC battery. However, in the case of a new solar system, DC batteries will be a better addition to the system, as these are simpler to operate.
In this article, we will see what is the difference between AC and DC batteries, and try to find out which one is the best for you.
DC, or direct current is the current that flows in a single direction, to provide the circuit with power. On the other hand, AC, or alternating current tends to flow in two directions and keeps switching frequently. AC electricity is mostly preferred in homes for various electrical appliances because it can be safely transmitted over long distances and is more affordable.
In most solar homes, the solar panels produce DC current - which flows into the solar inverter where it gets converted to AC electricity to be used by household appliances. Direct current is used by batteries as well, but they need to be connected to an inverter as well. Solar battery banks are useful, especially when there are frequent power outages in your locality.
If you have a home solar system and you install a battery alongside it, special equipment can be installed by the solar installer. This equipment works to connect the solar panels to a charge controller, and then gets connected to a battery bank. After that, a connection is made with the solar inverter, and ultimately the solar panels are connected to the main electrical panel in the home. This entire process is referred to as the DC-coupled battery back-up, because DC electricity is used to charge and discharge the battery.
For a very long time, only DC-coupled batteries were available, and those people with existing solar systems did not have a feasible way of getting any battery back-up. However, AC-coupled solar batteries have recently become available and are quite popular among such people. They require this power back-up to provide them with electricity during times of power cuts.
A DC-coupled battery makes no sense for anybody with a solar panel already attached to a grid-tie inverter or a microinverter. It would only mean replacing an already working system with another expensive new equipment - which is a complete waste of money. Instead, the solar energy system users can now simply purchase an AC-coupled battery, and install it with the existing solar energy system in place. With the AC battery, there is no complicated long process of converting the electricity and then reaching the main unit. This one comes with its own inverter, which means that the current directly reaches the appliances in the house. With special wiring, the solar panels or the grid can be used to charge the battery. It also acts as a back-up power, when the grid goes down and there is a power outage.
In this article, we have tried to inform you about certain crucial factors that you must have knowledge about before investing in a solar power system. One of the main factors is the difference between AC and DC batteries that are used in solar systems. We have covered topics like how the two types of batteries function, their mechanism, the differences between the two, the similarities, and the advantages as well as disadvantages. Solar systems can prove to be highly beneficial for your home or any commercial building, if chosen properly and with a lot of care.
We hope this article helps you navigate your way through to find the perfect solar system for your home or understands your existing system better.
With the rising threat of climate change, conventional energy sources are being fast replaced by non-conventional, renewable sources of energy. Solar energy is one such non-conventional source, which has enormous potential. Moreover, installing solar panels on agricultural land has immense potential in a country like India - and this arises from the fact that it can meet the power demands of areas where there is a shortage of power supply, and are subject to frequent power cuts.
Solar panels are being installed in the farmlands on a rapid scale. However, there is a problem: fitting these panels require land and this, in turn, reduces the area under cultivation, affecting farmers’ incomes. However, there are ingenious ways to solve these issues. As a consequence of proper advertising and various awareness programmes, farmers are now beginning to learn how to use solar panels for the purposes of farming. In fact, the use of solar energy for farming can be an excellent solution to increase farm productivity. It is a unique and extremely environmentally friendly farming solution. In a country like India, where farm incomes are experiencing a steady decline over the years, the installation of solar panels has the potential to make farms more sustainable and farming more economical for farmers.
The initial cost of installing a solar panel is high. However, in the long run, it leads to increased farm efficiency and output. The best way to install a solar panel on farmland is to install them a few feet above the land. In this way, the farmer can grow plants below the panels, thus, reducing wastage of area under cultivation. Crops that can grow under the shade, such as pollinator crops, bedding plants, small-statured fruits, trees, shrubs, and vegetables are some of the crops which are best suited to grow under the shade of solar panels. Besides, if these panels are installed at a proper height, small and medium-size livestock, such as most cattle breeds and non-draft breeds, can graze under them. Besides, a number of ongoing studies are pointing out the fact that growing plants under the solar panels can lead to increased solar cell efficiency, as it creates a cooling microclimate. There are other ways in which farmers can reap the benefits out of solar panels, without compromising on farm output. For instance, not all land owned by farmers are put under cultivation. They can use these lands to install solar panels.
However, there are certain problems. Even if you place the solar panel a few feet above the ground, it is difficult to do things like hoeing and ploughing. Using farm equipment under the solar panel becomes a big challenge. Even if you are able to solve this problem, there emerges another, even bigger problem: not all crops require shade. Therefore, you need to choose crops that can grow easily under the shade, while at the same time, does not affect your farm’s productivity and farm income.
In recent years, improvements in technology have solved these problems to some extent. Loom Solar is a startup that began in 2018, and today, they are one of India’s leading manufacturers of monocrystalline solar panels. These panels are much more efficient and require 15 to 20 percent less space for installation, as compared to other solar panels. Besides, there is ongoing research on bifacial solar panels. These panels are capable of using the reflection of the sun rays on the ground to convert them into solar energy. Researchers are planning on implementing this technology on different types of soil, with different kinds of crops planted. Thus, these are extremely efficient solutions. We need more such solutions, so that farming can be more sustainable.
One might wonder that use of solar panels in farmlands is a new concept. However, this concept, also known as agrophotovoltaics or APV, was introduced three decades ago by the physicist Adolf Goetzberger. There is currently a debate on the efficacy of using solar panels in farmlands. In a study, the same set of crops (potatoes, wheat, clover grass, etc.) were planted with and without solar panels. In the farmland where solar panels were installed, there was a decline in farm production in the range of 5.3 to 19 percent across various crops. However, the electricity generated with the solar panels reduced energy bills of the farmers, and thereby, led to an overall increase in farm efficiency by 60 percent.
We need more and broader studies to determine the efficacy of solar panels in farmlands. Studies on themes like microclimate, density of grass due to the installation of solar panels, infiltration of stormwater and its effects on solar panels, etc., need to be undertaken more rigorously to further understand the efficacy of solar farms. Such studies are already being conducted.
One of the biggest challenges of a solar farm is the initial cost involved. Not only are solar panels costly, but you also need an experienced engineer or technician for their installation. Besides, there must be other mediators between the farmers, the researchers, and manufacturers of solar panels. Bringing together so many resources require proper management and intervention, and this is why the state should play a more active role in this process. There is a need to bridge the gap between the farmers, and those who have the technical know-how.
One often wonders if non-renewable energy sources like solar energy can offer sustainable solutions in developing countries, like India. Are things like solar farms even sustainable on a large scale? Many people might not know, but India has the lowest solar power electricity generation cost in the world. Further, the single largest solar power plant in the world is located in India (Bhadla Solar Park). Solar energy is the future to India’s fast-growing electricity generation capacity. The manufacturers of solar panels are also growing in number in this country.
Thus, solar panels offer an ingenious sustainable farm solution. It can also lead to increased incomes for the farmers, which is a boon for a country like India, where farm incomes have been witnessing a steady decline. Solar farms are the future of farming!
Inverters are a blessing in a country like India, where power cuts are so frequent and happening all the time, especially in certain rural pockets. The most effective, pocket-friendly, and even eco-friendly way of conserving energy is by using solar energy. During the times that you do not have access to electricity, solar inverters that get current from solar panels can be of great help.
The main work of solar inverters is to store the solar energy in the batteries and use it when there are power cuts. People are gradually realizing how cost-effective solar inverters are and opting for them. Due to this reason, a plethora of brands has emerged that are competing against one another to manufacture the best solar inverter in India.
In this article, we help you navigate your way through certain important factors to be considered before buying a solar inverter, and some of the best products that are available in the market.
In this section, we provide you with a list of some of the best solar inverters in India based on the quality, features, performance, warranty, and service of the products. These have been chosen very carefully and after sufficient research. However, to get a more holistic picture, you must do some research of your own to understand the kind of products currently available in the market, and if they meet your requirements.
The first product on the list has been manufactured by the 1988 company known as Luminous Power Technologies. The Luminous Solar Hybrid 1100/12V Home UPS has been specially designed to be used for residential purposes. This is the perfect choice of a solar inverter to support electrical appliances in your home when there is a power cut in the area.
The rated AC power of the inverter is 700 VA and 12 V, whereas the operating voltage ranges from 100-290 V. There is no battery included in the device, and you can use any tubular battery with 150 ah capacity each.
You can also take 2 200 ah batteries and connect that simultaneously to the inverter. This is a hybrid model and hence, it can use any kind of battery.
However, it is best to go for tubular batteries rather than the regular ones - even if you do not use solar panels to charge it regularly. The maximum power output of the inverter for both AC and DC systems is 850 VA - which is quite high. Even then, there have been complaints from customers earlier about the absence of the 12 volts DC output in the inverter.
The reason we suggest this Luminous solar inverter is for its durability and long-lasting nature. An indicator at the bottom will inform you when the battery is low and needs to be charged.
It’s difficult to get features like an integrated solar charging option, with a solar inverter as reasonably priced as this one. The best part about Luminous is that it provides you with a 2-year warranty on the solar inverter.
The solar inverter is best suited to low powered applications at home. Two drawbacks that we noticed in the product are that it easily heats up when used excessively, and customers have complained of missing DC sockets in many pieces. Other than these, the Luminous hybrid solar inverter can be said to be one of the best solar inverters for a home in India.
Another one from the house of Luminous Technologies, the NXG 1400/12V solar UPS comes with various smart features that not only operate intelligently but also save a lot of power. Saving power automatically means lesser expenditure on monthly electricity bills, as well as a safer scenario for the environment. This one has a 12 V DC output.
This Luminous solar inverter is accompanied by the ISOT or Intelligent Solar Optimization Technique. This technology facilitates fast charge, and also comes with dual modes. A faster output of charge is ensured with the I-Charge Technology. This automatically translates to the fact that you can charge the batteries real fast, and keep them reserved for long power cuts.
The dual modes also play a crucial role in helping the solar inverter provide you with satisfactory performance. The two modes are - ECO and UPS mode. You can run all your normal and low-energy appliances like lights, fans, etc., using the ECO modes.
The energy consumption while using this mode is quite less. With the UPS mode, you can operate heavy appliances like computers, washing machines, refrigerators, and so on.
Two 150 mAH batteries are sufficient for running the inverter. The NXG solar inverter comes with both AC and DC outputs behind the machine, and this can prove to be really helpful. However, like many high-end models, you will not find the Grid Charge Disable option in this inverter.
This means that the inverter is smart enough to switch from grid to solar when required - but it does not permit you to voluntarily make this change.
Luminous provides a 2-year warranty on this particular model - just like it does on most of its other products. A single drawback that people have often complained about is that the build quality could be much better than it is. Other than this, the Luminous NXG solar UPS is a great solar inverter for you.
V-Guard brings to you one of its products from the Smart Inverter series that is truly intelligent and boasts of several smart features that make it operate efficiently. The V-Guard Smart Pro solar inverter is an app-enabled smart inverter that can be easily synced with the V-Guard application on your smartphone. Once the inverter is registered, you can control all the functions using your smartphone.
You can check the backup time, review all the power cuts, switch between different modes, and even charge the inverter faster using the V-Guard app. It also reminds you of important things, like when it's time to clean the solar panels.
This particular model is solar compatible and makes it ideal to be used in areas that suffer from frequent power cuts. Your savings are also kept in check when there is a solar inverter at home.
V-Guard can be regarded as the best solar inverter company in India, as it ensures an uninterrupted lifestyle even when there are frequent power outages. It supports LED TVs, computers, LED bulbs, inverter refrigerators, speakers, mixers and grinders, kitchen chimneys, and all other kinds of appliances. With the Application mode, the solar inverter can support a high load of 100 W - which is required for appliances like coffee makers, toasters, and irons.
The application on your smartphone also reminds you when it is time to top up the distilled water in the battery, based on the consumption pattern of the inverter. This ensures a longer life span for the battery, and also a consistent supply of energy at all times without failure. You can even track the battery health through the smart app, and plan the load usage accordingly.
One of the best features of this V-Guard solar inverter is that it has an emergency charging port, where you can charge your phones, power banks, or tablets - even when the inverter is completely out of charge and shut down. Bring home this exquisite and highly efficient solar inverter, and enjoy an uninterrupted power supply.
The Flin Energy Flinfuzion solar hybrid inverter is the first commercial inverter on this list of best solar inverters in India. It can provide electrical supply to commercial buildings such as municipal facilities, oil and gas industries, large corporate offices, telecommunications, traffic controls, and so on. Since this inverter is meant for supporting such a large space, its price is quite high as compared to solar inverters meant for residential purposes.
The device will give you a massive power output of 3000 watts, with a 3kVA rating along with 24 V of DC output. This one is a pure sine wave hybrid inverter that comes with a 90-93% efficiency. It can be connected up to 4 kW of solar panels.
Even though the power output is 3000 watts, the actual power used is lesser - which makes the solar inverter a more energy-efficient one. This not only makes it pocket-friendly but also eco-friendly.
It comes with the MPPT or Maximum Power Point Tracking that allows the machine to store the maximum amount of solar energy. The high efficiency (90-93%) of the inverter makes it a reliable device for heavy load appliances like computers and other machines used in commercial buildings. In addition to all these features, this solar inverter is extremely lightweight and slim - which makes it easily portable.
You can mount the inverter on the wall if required. Flin Energy provides you with a 2-year warranty on the solar inverter. We would like to also point out two drawbacks of the solar inverter. One is that it is too pricey - but you have to keep in mind that the price is high only because it is a commercial solar inverter that powers a large number of appliances.
Another drawback that we have found out is that the company does not provide any installation service and hence, you have to either do it on your own or hire a professional. The warranty can only be claimed after you have completed the registration process - which can be quite a hassle for many people.
Next up, we bring to you the Microtek Digital Solar UPS M-SUN-1135 VA 12V - which is a hybrid solar inverter, facilitating both solar and grid-based technology. It can be termed as one of the best hybrid solar inverters because of the plethora of features it comes with, and how it combines the best of two technologies to result in premium performance. It also comes at a very reasonable and affordable price, which makes the solar inverter ideal for home use.
It provides both AC and DC power output, with a power capacity of 1135 VA accompanied by a DC output of 12 V. Both tubular, as well as lead-acid batteries can be used in this inverter, and the power consumption can be as low as 35 ah. Experts suggest that you go for 150 ah batteries to stay on the safe side, as it gives you a standard rate of backup, unlike the very low or very high powered batteries. Place the batteries parallelly to enable fast charge and discharge them independently when needed.
Once you turn on the system, there is a 7 segment indication on the machine that will inform you of the status of the solar inverter. The usual signs of power on, overload, power usage, and low power indicators are available on the dashboard for you to keep an eye on. Save Power technology accompanies the solar inverter, which facilitates this sine wave inverter to provide you with high-performance levels.
Customers have, however, complained that the machine becomes noisy when the battery is being charged. There are issues with the build quality, as well as the overload capacity of the battery. Reliability is yet another sphere that Microtek needs to work on, in order to make its products appealing and more efficient. You must monitor the UPS from time to time as it tends to overload sometimes.
The silver lining is that the brand provides a 2-year warranty on the solar inverter and in the case of any damage, you can always contact the company.
We have included yet another solar inverter from Flin Energy, and this one is called the Flinslim Lite Solar Hybrid Inverter. What sets this inverter apart from conventional ones is that it is a pure hybrid sine wave solar inverter that is accompanied by an in-built PWM solar charge controller. With a massive energy rating of 3kVA, this product ranks as one of the best solar inverters in India.
The power output capacity of the inverter is 1500 watts, and the DC output is 24 volts. The PWM battery mentioned earlier is a great way of saving on your monthly electricity bills.
The smart features in the Flin Energy solar inverter can detect the status of various power systems in the house and depending on this, it shifts between solar and battery mode. This helps to save a lot of energy; something that makes this device friendly to your pockets as well as the environment.
The manner in which this solar inverter works is that during the daytime, it uses solar energy and supplies this energy to the different appliances in your home. At night or when there are power cuts, whatever excess energy is stored, gets used up to power the electronic devices at home. What makes the device convenient to use is the inbuilt LCD screen that is easier to comprehend, as compared to conventional segment displays or simple LEDs.
20 different settings or features are provided by the menu buttons, and you can navigate through these options to set the inverter to a mode that you desire. These 20 features include things like load priority, voltage range, charging priority, and so on. The various features help you to choose settings that you require at a particular time and thereby, save you a lot of energy and money.
This product is quite slim and lightweight - which makes it easily portable and can be mounted on the wall as well. The maximum efficiency of the solar inverter is 93%, and it boasts of a high-performance level at all times. Now it’s time to look at some of the drawbacks of the product - which play an equally important role in helping you make a decision.
Since the pricing of the inverter is significantly high, people have certain expectations from the device, such as that it might be accompanied by certain extra equipment. However, this is not the case, as the device comes neither with a battery or a solar panel. Another drawback is the noise that the fan inside the inverter makes when it is being charged. This noise can cause an immense disturbance in the surrounding.
You should buy an additional surge protector to keep the machine from falling prey to voltage fluctuations. Even though the company mentions that the inverter can deal with surges, there is no point in taking a risk. There is a 2-year warranty provided on the solar inverter.
Luminous solar inverters have proved repeatedly that it is a brand par excellence, and also one that provides the best solar inverter price in India. This time we have a package deal for you, wherein you get the Luminous NXG1100 solar inverter and along with that, a tall tubular battery (LPTT12150H) and two 165 watts solar panels as well. The price mentioned is inclusive of all this additional equipment.
The sine wave hybrid inverter has a power output of 850 V, and a DC output of 12 V. The battery is a tall tubular one, with a capacity of 150 aH and it is a C10 battery. It is an advantage that you are getting such a package because otherwise, you would have had to search for and buy a battery separately - which might have been a hassle. There is a huge 5-year warranty on this particular battery.
The two solar panels have a power outage of 165 watts each, and both are poly-crystalline panels that have a warranty of 25 years on them. Since this is a hybrid solar inverter, it consumes power both from the solar panels and the grid mains. This way, a lot of excess power is saved (approximately 1.5-3 units).
While this is a great deal, the problem arises once we start speaking about installation. If you wish to get a professional from Luminous itself to install the system, you will be required to pay an amount of Rs. 5000. This might differ in the case of other independent professionals, but the search is again a hassle. Another drawback is the noise that the inverter makes while charging.
Exide Industries is a Kolkata based company that was founded in 1947, and since then, it has been meeting the needs of customers for storage batteries, as well as life insurance. Exide’s long list of products includes some of the best solar inverters in India as well. This particular solar charge controller comes with a DC output of 12 V and an overall power output of 850 VA. This one is a pure sine wave hybrid solar inverter that provides you with the best of the grid and main solar panels.
The current profile selection of the device is quite a smart and intelligent one, in terms of charging and discharging. It uses direct solar power during the day with the help of the PCU technology and saves up on the charged power for the night.
The power consumption levels of this solar inverter are very less, making it an ideal machine for saving money and the environment. With more than 95% efficiency, the Exide solar inverter ranks very high on performance.
You can use panels higher than 1000 watts to charge the solar inverter, and it will run smoothly. Inside the solar inverter, you will find an internal charge regulator that is fully controlled. You can explore the various features and modes in the inverter with the 7 segment LCD on the dashboard. The battery connection is protected to the fullest, with intelligent battery protection and electronic overcharge protection.
Now, we come to the drawbacks of this particular model. While it is a truly efficient solar inverter, it makes quite a lot of noise when it is on. This can cause disturbance to people in the house doing important work or even resting. While Exide provides a great warranty for the solar panels they sell, there is no warranty provided with the inverters - and that makes it a huge disadvantage to buying an Exide solar inverter.
Lastly, the customer service provided by Exide Technologies needs to improve to a great extent, so that customers can enjoy all the benefits of purchasing from this company.
Yet another Indian brand, Sukam is a power solutions provider that sells its products all across the globe. The Sukam Chromium Steel 1100 VA Brainy Eco solar inverter has been manufactured by the brand, using some of the best quality materials. It has a high power rating of 1100 VA, which is strong enough to run various heavy electronic appliances such as refrigerators, computers, irons, and so on. It never gets overheated as the automatic temperature compensation prevents such a case.
You can easily connect at least three solar panels to the inverter, each one with power ranging from 150-300 watts. The total amount of power that the inverter can take is 900 watts. Anything beyond that and the machine will stop functioning due to an overload. This is a hybrid solar inverter but despite that, solar charging is preferred over the grid current. Only when solar energy is not available, the grid current is sought after.
Even when there are bouts of high current or voltage fluctuations, the device remains protected with the help of certain technologies. The PV reverse protection is also installed in the solar inverter for the protection of the system. While the performance of the Sukam solar inverter is commendable and excellent, its build quality is not as great. This is something people have earlier complained about.
There is a free-fallen nut inside the solar inverter that makes a lot of noise - which can cause you and your family disturbance. Customer service is yet another issue that people have complained about, and it is something that the company needs to look into before moving ahead. There is no LCD screen on the device - unlike many other solar inverters in the same range. This becomes a disadvantage when you wish to change from one mode to another.
Sukam gives you a 2-year warranty on this particular model. If you can overlook the minor glitches and drawbacks here and there, this solar inverter is actually a great one when it comes to performance, efficiency, and even price. With a little patience, you can reap all the benefits that Sukam provides on its products.
The FlinInfini Lite smart solar hybrid inverter comes from the house of Flin Energy, and it boasts of an extremely high-quality build, along with some excellent features. The product is priced quite high due to these very reasons.
It is one of the most durable and long-lasting solar inverters that you will find in the market these days. If you have the budget, then this device is something you should consider adding to a commercial building.
This is an on-grid pure sine wave solar inverter that can not only store solar energy but also give back the excess energy generated to the grid. This way a lot of energy is saved daily - which is a good thing for the environment. When there is a power cut, this device automatically disconnects from the grid output and provides you with the stored solar power to get the electricity back.
The net metering function can be disabled in your area if it does not support it. This system combines solar, grid, and battery power - and it is one of the few on-grid batteries to do so. Once the solar panels can retrieve enough sunlight, the solar power is used to charge the battery, and it is stored to provide electricity in the evening or during power cuts.
This particular model has a simple, yet sophisticated design with a green cover. It is quite slim, sleek, and lightweight to be carried from one place to another if required. You can even wall-mount the solar inverter if you wish to do so. The digital display in the front shows all the settings and modes that you can choose from.
There are a couple of crucial factors that you must take into consideration before buying the best solar inverter in India. These factors will provide you with some basic knowledge that you need to have before buying this appliance. After all, it is a long-term investment and you would want to get it right.
The solar inverters are further divided, depending on the kind of output they have. This section talks about the 3 kinds of outputs in solar inverters.
Efficiency is another important factor that you must take into consideration before buying the best solar inverter in India. The ratio of the output power to the input power is what will tell you the efficiency of the solar inverter. The load on the inverter determines its efficiency to a large extent. Since some power is always lost because of the generation of heat, 100% efficiency can never be achieved.
There are two power requirements that the solar inverter should meet - one is the peak power and the other is the typical power. The maximum amount of power that the inverter can supply within a fixed period of time, is known as the peak/surge power. Heavy appliances like pumps or refrigerators require this surging power to start the motor.
On the other hand, the power that is supplied at a standard and steady rate is called the typical power. This tends to be far lesser than the peak power. If you are looking for the best solar inverter for a home in India, then you can buy one with 50 watts power supply - as that is enough.
Solar inverters are used for various purposes, both at home and other larger, institutional spaces. To suit every purpose, they are available with a power rating ranging from anything between 50-50000 watts. If you are planning to buy a solar inverter for your home, then you can easily work with less than 11000 watts. Most standard solar inverters come with a power rating of 50-5000 watts.
Every electric appliance is constantly under the threat of some damage or the other, especially the heavy appliances. You must purchase a solar inverter that protects the various components from getting damaged due to lightning surges, overload, and so on.
The battery life of the solar inverter is yet another factor that must be taken into consideration before buying any model. The battery life determines how long the inverter can function using the power supply. The number of cycles or charges that the inverter requires illustrates the battery life of the solar inverter. The unit used to express these cycles is usually milli-ampere per hour, or mah.
Any expert or previous user of solar inverters will advise you to buy a solar inverter with long battery life. Since these batteries use elements like nickel-hydride, lithium-ion, and so on, they tend to consume less power. Thus, these batteries are preferred.
Before buying a solar inverter, you must check for the manufacturer’s warranty. The best solar inverter company in India will provide you with a good warranty that lasts for many years. If you find such brands and products, then you should choose them without any delay. However, do not make these decisions in a hurry, and try to compare the warranty period offered by different brands. Settle for reputed brands that provide years of warranty.
Your budget for buying a solar inverter will largely determine the kind of inverter you get and its features. With a big budget, you can always go for the high-end models that provide a longer battery life, along with various advanced features or options. With a lower budget, you can still find inverters that meet your requirements.
There is some form of remote monitoring that every solar inverter provides, which helps to track the performance of the device. You need to track its operations and performance with the help of a monitoring system that is accurate and reliable. Check for solar system monitoring before buying any particular model.
This additional point is to give you a rough idea about certain issues you can face with a solar inverter. In any grid-tie solar system, a solar inverter is the most complex and sophisticated component. There is no denying that solar inverters are sturdy and built to resist heavy rains, winds, and other weather conditions. It does all this while generating a high amount of energy for a long period of time.
However, if you wish to put less pressure on the inverter, it is best to place it in a sheltered place, so that the quality of the machine remains intact longer than the stipulated time. If placed outside in an area without any shelter, the inverter will be exposed to humidity and high temperature, which will invariably cause some fault.
To avoid any of this, it is best to place the solar inverter inside a garage, or somewhere away from direct sunlight. This can significantly increase the lifespan of the solar panel.
Solar inverters get their energy from solar panels, which respond only to sunlight. Hence, solar inverters do turn off at night and wait to absorb all the sunlight in the morning. Do not be worried or think something is wrong when you see that the device has turned off.
You should install the solar inverter in a place that is away from direct sunlight and that has a proper system of air circulation. The place should also be easily accessible to you for the purpose of maintenance. It should be resistant to moisture.
We hope that this comprehensive and highly descriptive article was sufficient enough to help you choose the best solar inverter in India. Along with reading articles like this one, you should also engage in a bit of research of your own before finally buying a particular solar inverter.
In this section, we provide you with a list of some of the best solar inverters in India based on the quality, features, performance, warranty, and service of the products. These have been chosen very carefully and after sufficient research. However, to get a more holistic picture, you must do some research of your own to understand the kind of products currently available in the market, and if they meet your requirements.
The use of solar panels has increased over the last few years - not only in large institutions but also in individual homes. This is mainly because people have realized that it is a much more pocket-friendly and environment-friendly option. Solar panels are also widely popular in areas of India that suffer from frequent power cuts and thus, people rely on these panels for electricity.
How much ever-helpful these appliances might be, you cannot make a random choice without knowing certain basic features of solar panels. This article aims to inform you about the important factors to consider before buying the best solar panels in India. Once you have a basic understanding, you can easily buy a solar panel that meets your requirements.
There are so many brands selling solar panels in the market today, that deciding on a single one can be quite the task. Read through this article, as it is sure to help out.
In this section, we have covered some important factors to consider before buying the best solar panels in India. Fancy advertisements might try to lure you into buying certain solar panels. Do not fall for this trap. Know these important factors, check whether the solar panels you are considering to buy meet the requirements, and only then go ahead to make a decision.
There are mainly 3 types of solar PV systems - Off-grid, on-grid, and hybrid solar systems. It is important to have a basic idea of how each one functions and operates, so that you know which one will be ideal for your home or office.
If you are living in an area where power cuts are frequent, this power system will be perfect. However, the main electric power system of this solar system is unstable and unreliable.
With this system installed, you can save the maximum amount of money and get maximum efficiency as well. These can be called the best efficiency of solar panels in India.
There are 3 types of solar panels - Mono-Crystalline solar panels, Poly-Crystalline solar panels, and Thin Film solar panels. It is crucial to discuss these three types in a little more detailed manner in this section.
The efficiency of the solar panel is the most crucial aspect. As efficiency goes up, the requirement for the number of panels goes down. The ability of the solar panels to convert sunlight into electricity determines its efficiency and effectiveness. If you have space issues, it is best to look for solar panels with maximum efficiency, as they occupy the least amount of space.
Efficiency tends to reduce if you allow dust and dirt to settle on the panels, and to avoid this, you must clean the panels at regular intervals. Place the panels in a spot that does not get any shadow, as this too can lessen the effectiveness of the solar panels. The tilt of the panels also plays a significant role in determining its efficiency.
Sunlight is the only source of energy that solar panels depend on, but sometimes the heat can get too much for the solar cells. Extremely high temperatures can destroy the cells as well. The efficiency of the solar panel is determined by this temperature coefficient. Efficiency is better when the temperature coefficient is lower.
If the temperature is greater than 25 degrees Celsius, then both power output and voltage drops and the current increases. On the other hand, when the temperature is less than 25 degrees Celsius, both the power output and voltage increase, but the current drops. To reduce the intensity of the sunlight during the day, you can always tilt the panels. The best solar panels available in India are those that come with automatic tilting for this purpose.
Another crucial factor that must be considered before buying the best solar panels in India is its durability. Solar panels are meant to stay outdoors, and they have to tolerate nature’s wrath at every turn. Hence, the solar panel you purchase must have the strength to stand straight through it all. Before reaching markets to be sold off, most solar panels go through rigorous testing against harsh weather conditions.
The testing is done depending on the weather of the country where the panels will be sold, since natural conditions differ from place to place. You can read reviews by other customers in India, or simply rely on a trial and error process to ensure that you buy the most durable solar panel.
The capacity of the solar panel to generate electricity under certain specific conditions is suggested by the solar panel ratings. You can rely on these ratings to make a comparison between different solar panels. If a solar panel shows a high rating, then it means that it creates more electricity than another solar panel with a lesser rating.
However, when two solar panels have the same rating but different power ratings, it usually means that the one with a larger power rating is also bigger. You need to bring in other factors to make the comparison in that case.
The price of the solar panel is yet another factor that you cannot negate while looking for the best solar panels for homes in India. People usually search for panels that give the maximum performance at a low price. However, you must keep in mind that a lower budget might also mean lesser features and lower efficiency. Always check for the quality of components, warranty period, after-sales service, installation charges, etc before buying the solar panel. There are also several financing options available for purchasing solar panels.
Your solar panel must be certified by recognized bodies, as this allows you to get various subsidies and also makes the product trustworthy. It is thus best to buy solar panels that are approved by the MNRE (Ministry of New and Renewable Energy). Only those solar panels that are grid-connected qualify to get subsidies from the government.
Even though we have mentioned this factor towards the end of the list, the warranty remains to be one of the most crucial factors that you must take into consideration before buying the best solar panel in India. It is also the trickiest factor. There are two types of warranties that come with a solar panel - the manufacturer’s warranty, and the performance warranty.
The former covers problems such as durability, manufacturing defects, or certain environmental issues. The manufacturer’s warranty that most brands offer usually ranges from 5-15 years. This warranty covers any damage caused due to environmental disasters like storms, cyclones, and so on.
The performance of the solar panel is expected to degrade every year, and this is called the panel degradation rate. The warranty provided by some companies on this degradation is known as the performance warranty. This ensures that the degradation of the solar panel will not be beyond a certain percentage within a stipulated time. Usually, the degradation percentage every year is 0.7%.
You must have a rough estimate of your power requirements before investing in a solar panel. Whatever appliance that you will connect to the solar panels, such as fans, lights, air conditioners, and so on, makes up your power requirement. You must calculate the total load all this might add up to. Further calculations will give you the UPS VA rating, and you can go on from there with a few more calculations to arrive at the approximate panel size that will suit your power requirement.
You must make sure that the UPS is compatible with the voltage and the current of the solar array.
Mounting systems are the things that keep the solar panels mounted at all times. The mounting system protects the solar panels from getting uprooted during harsh storms - which are especially helpful if you live in a cyclone-prone area. There are mainly two types of mounting systems - the flush mounting and the roof or floor mounting.
The former can be easily installed and is reasonably priced, whereas the latter is more expensive, but it ensures a long-lasting life for the solar panels. The roof or floor mounting system is necessary for places that are prone to cyclones. The panels cannot be kept steady with flush mounting when winds pass through in high intensity.
A solar inverter is needed when you are fitting solar panels for your home. It converts DC into convertible AC. A premium quality solar inverter will ensure that less energy is wasted at all costs. This will not only save on your monthly electricity bill, but also save the environment from deteriorating so rapidly.
Lastly, it is important to have some basic knowledge about the few elements that make up the solar PV system. These are:
In this section, we present to you detailed reviews of some of the best solar panels available in India. Choosing a suitable one for your home or office can be easy with this list to refer to. However, the list is limited to a certain number of products, and you should do your research on some other products to keep your horizons open.
Loom Solar is a renowned brand, and one of the best solar panel companies in India. When we think of solar panels, we imagine them producing electricity for a large place, and not for small requirements. However, this is not always the case. You might require solar panels with lesser energy output. Loom Solar provides you with such solar panels here.
To cater to small power requirements, this Loom Solar panel offers a power output as low as 50 watts. However, just because the power output is less, does not mean there is any compromise on the efficiency levels.
It produces as much efficiency as a 350-watt solar panel would do. The mono-crystalline solar cell is used to manufacture these solar panels, and this ensures that electricity is produced even under low lighting conditions.
Even when it is cloudy, these solar panels produce quality current for any house. The 12V design is used to manufacture the mono-crystalline cells. There are additionally four busbars and 36 cells that come with the solar panel. The IP67 rated junction box accompanies the solar panels, along with 1 m wide, pre-installed diodes, and an MC4 compatible cable connector.
High-quality silicon cells are used to make the panels, and these come with no manufacturing defects at all, as automated mechanisms are used to manufacture them.
These 50W solar panels weigh only 3 kgs and can be installed very easily, without requiring much space either. You can use the electricity from these solar panels to power a computer UPS and 5 LED lights for six hours. Overall, the 50 W Loom solar panel is ideal for all your small power requirements.
Loom Solar panels are considered to be the best and most sturdy solar panels in India, as they come with mono-crystalline cells that are protected by a layer of 3.2mm toughened glass. Be it rough winds, heavy rainfall, or a storm, the Loom Solar 180-watt panel can work with it all. Even the junction boxes of these solar panels are waterproof and dustproof. The durability of the junction box is certified by the IP68 certification.
You will not find a more versatile solar panel, as this 12 V panel is ideal not just for charging 12 V batteries, but also 24 V and 48 V batteries, by just placing many panels. For grid-tied applications, this Loom Solar panel proves to be the best. Electrical leakages are prevented with the help of the 40-inch cables that come with the sturdy MC4 connectors.
Compared to any open voltage circuit of 23.26 volts, this Loom Solar panel’s 12 volts is just as good and offers premium-quality performance. This proves that the Loom Solar panel has the best performance among all the other panels available within the same range. The maximum operating current of the panel is 9.03 amps, and its ISC factor is 9.31 amps.
In order to generate the maximum energy from the sun, the panels are made of A-grade black silicon. Even in low lighting conditions, the Loom Solar panels perform on 20% efficiency.
There are five busbars and 36 cells provided with the solar panels. What makes these panels so sturdy and strong, is the anti-rust aluminum frame. Loom Solar provides a 25 years warranty on this durable product.
We bring to you this world-famous brand called Microtek, which has been serving customers across the globe with its UPS, inverters, and even solar panels. All these products, and the very reasonably priced solar panels, make Microtek one of the best solar panels manufacturers in India. They are not only pocket-friendly, but also extremely sturdy, durable, and are accompanied by many efficient features.
The Microtek solar panel is powered by 150 W energy that is quite enough to supply electricity to various electrical appliances. Heavy-duty aluminum frames are used to make the solar panels, and these are heat resistant as well. These solar panels can transform a large amount of sunlight into electricity, and store it to be used during peak hours.
It ranks high on performance and yet, the price is kept as humble and low as it gets. The panels from Microtek are weatherproof and are made to stand through storms, rain, snowstorm, or other weather disasters - while remaining in top condition throughout.
The junction box is made of aluminum alloy, which makes it resistant to corrosion, and for this reason, it remains unaffected by rains. It has IP65 certification to be all weather-resistant.
Microtek provides a warranty of 25 years on these solar panels, and if there is any damage or dispute within this period, then the company takes care of it. All 36 cells are protected by the 3.2 mm EVA (ethyl vinyl acetate).
Even when the lighting is low, or it is cloudy, the panel exhibits exceptional performance under all circumstances. The best feature of these solar panels, however, is that it does not create any noise and can be used to run sensitive appliances.
Sukam is another leading player when it comes to solar panels, as it has been trusted by the people of India for so many years now. The solar panels that Sukam manufactures are ranked to have the best efficiency and performance - all of this at an affordable price. This particular solar panel has a power output of 100 watts - which is high enough for a few electrical appliances, not too many heavy ones.
There is an iron frame all around the solar panels, that protects the solar cells from any damage. A+ Grade anti-PID poly-crystalline cells make up these poly-crystalline solar panels, and they have a current conversion capacity of 16%. These panels have been designed strictly in compliance with the IEC standards, even when the efficiency levels are not as that of mono-crystalline cells.
You have to provide the Sukam solar panels at least with a space of 12 feet for it to be mounted properly. You can easily set up this solar panel on the terrace of your home. These 100W panels rank high on durability, as they stand firm against tough climatic conditions like heavy rainfall, storm, snowfall, and so on. The solar cells have a protective glass coating around it, and the panels are made to go through durability and reliability tests before being sold in the markets.
Sukam provides customers with a 5-year warranty on the solar panels for any physical damage that might take place. The overall warranty on the panel is 25 years long. Even a 150 mAH battery can be easily changed throughout the day by this solar panel.
When compared to various other solar panels, this one does not work as well in low light conditions or when it is cloudy. Another big disadvantage of these solar panels is that it has a power tolerance of ± 3%, whereas most solar panels come with a positive power tolerance.
Much like Loom Solar is known to make the best monocrystalline solar panels in India, Luminous rules the scene when it comes to poly-crystalline solar panels. They offer a constant 20% efficiency. Its operating efficiency is more than 16% on all the panels that the brand manufactures. It requires nothing more than 10 sq. feet of space, and any home terrace can easily provide for that much.
The output energy of these Luminous solar panels is 160 watts, and this can easily charge a battery of 12 V power without any difficulty at all. When there are power cuts in the house, the energy stored from the solar panels can be used to power electrical appliances at home.
A+ Grade anti-PID poly-crystalline cells are used to make the panels, and they can charge a lead-acid tubular battery comfortably throughout the day without falling short of electricity. The dimension of this solar panel is roughly 4.8 feet, and it can charge the battery between 9 am and 5 pm.
When the sun is at its peak - which is usually the time around noon, the solar panels can generate their peak energy supply at 8.7 amps.
What makes these solar panels reliable and trustworthy, is the fact that they completely comply with the IEC standards and deliver a remarkable performance all the time. The warranty is also quite appealing, as Luminous offers a 25-year warranty on these solar panels.
The solar panels come with an anti-reflective coating that provides resistance against winds, storms, and snow. However, as many appliances have some other drawbacks, so does this one.
Since these are made of polycrystalline cells, they are far less durable than the mono-crystalline cells. Other than that, these Luminous solar panels provide great reliability and at the most affordable price imaginable.
While mono-crystalline solar panels tend to have the best durability, poly-crystalline solar panels like this 150-watt Sukam solar panel are much more affordable. The technology involved in making these solar panels does not guarantee as much precision or durability and hence, the efficiency levels are also affected because of this. However, these solar panels can produce a strong enough electric current of 8.5 amps at its peak.
The tolerance levels of these solar panels are plus/minus 3% and thus, the output energy usually fluctuates between 145 W to 155 W. Cloudy days mean a negative tolerance, and bright, sunny days mean positive tolerance and the advantages that it brings. Sukam solar panels are made to go through stringent durability and reliability tests, and only once they emerge successfully are they sold in the markets.
You can connect these solar panels to home inverters, and expect them to operate smoothly without any hassle. During the day time, the panels can charge a 12Vbattery, so that it provides electricity to your home at night, especially if there is a power outage.
Tough aluminum frames and toughened glass are used to protect the solar panels from any kind of damage. Within this range, this is the best solar panel in India that you will come across.
A drawback of the Sukam solar panels is that you will require two solar panels to charge a 150 mAH battery - which can occupy quite a lot of space and become a problem if you do not have a big enough terrace for it. Sukam provides a 25-year warranty on the solar panels, which proves how durable these appliances are.
While both the Loom Solar panels that we have mentioned earlier in the list were mono-crystalline ones, this 10-watt Loom Solar panel is a poly-crystalline solar panel. This one is a small solar panel that can support only small electrical appliances with electricity. It delivers an efficiency level of 10.03%, which is pretty great considering the energy output that it has.
These panels are resistant to a high load of electricity. Even in low lighting conditions like when the weather is cloudy, the Loom Solar panels can produce electricity without any issues.
You can refer to this panel as an all-season panel that works effectively all year round. The solar cells have been manufactured using high-quality silicon. Since the panels are produced at a mass scale in an automated manner in factories, they have a standard design and no defects.
The best part about these solar panels is that you can carry them in a backpack, and take it wherever you go. It is highly portable because of its design and size. Even the installation process is so easy and convenient, that you can do it within minutes anywhere you like.
Even though this solar panel is relatively smaller and cheaper, the brand does not compromise in its protection, as it also comes with a layer of robust aluminum frame and glass around it.
The price at which these are available will leave you astounded. However, since it uses poly-crystalline technology, they tend to be less efficient and lack the level of performance that is displayed by mono-crystalline solar panels. Loom Solar still occupies the role of being one of the best brands in the field of producing solar energy for both rural and urban customer base.
Waaree is an Indian company that has been manufacturing and delivering excellent quality solar panels to the people of the country and abroad since 1993. These WS-250 poly-crystalline solar panels have been borrowed from the Aditya series of solar panels. The power rating of the Waaree solar panel fluctuates between 240-270 W, which is high enough to support various appliances in your home.
The positive power tolerance of this solar panel is +5% and the module efficiency of the appliance is 15.4%. The temperature coefficient of this model lies at a power level of -0.38%.
The Waaree poly-crystalline solar panel has been designed to be resistant to salt mist, dust storm, sand, ammonia, and hail as well. This makes it a truly durable module that has a strong base and sturdy build for all weather conditions.
It can tolerate up to 7500 Pa of snow load and 2400 Pa of wind loads. Waree provides a 5-year warranty on all the materials and a 10-year warranty on a 90% performance level. The only considerable drawback that we could find after much research is that while other companies provide a 25-year warranty on the solar panels, this one provides only a 20-year warranty. However, this can easily rank as one of the best efficiency of solar panels in India.
Exide Industries has been in the business since 1947, and the company is known for producing the best inverter batteries, solar batteries, Genset batteries, submarine batteries, home UPS systems, and so on.
The brand is not only reliable but also manufactures some of the most highly efficient and durable products that rank the best when it comes to performance. Exide has its factories spread out all across the country, manufacturing and delivering goods to the people of India.
Their 40 W polycrystalline solar panels have been designed following the rules and regulations of the MNRE and ICE. It is covered with tempered glass to ensure resistance against heavy rains and fast-moving winds. This glass is 3.2 mm in width, and it also comes with a black sheet with EVA resin. The panels are available for a 12 V DC and support a 24 V system as well.
To make the process of installation easy and convenient, the solar panel is further supported by a robust aluminum frame that is also resistant to corrosion. The quality of the product and its finishing is considered to be remarkable.
Furthermore, the safety of the junction box is ensured with the diode, which prevents any accidents due to frequent voltage fluctuations in the solar panels. A drawback that we have noticed in the Exide solar panels is that they do not have any certifications from the IEC, and this makes the product less reliable than the others that have this certification.
This leading Indian retailer goes by the name Uttam, and it masters in manufacturing solar power systems, solar batteries, solar inverters, solar water pumps, solar street lights, and similar products. All these products that are made by Uttam are known for their efficient features and durable nature. They are made using premium-quality materials and provide high-quality performance to the customers.
The policies and specifications laid down by both MNRE and ICE are met by this Uttam solar panel. The tempered glass that has been used, gives a protective layer to the solar panels. The panels can be used effectively for 24 V battery charging, as well as for grid-tied applications. In order to withstand high winds, the solar panel has been given a sturdy aluminum frame.
The solar panel offers three different power ranges, which are - 20, 30, and 40 watts. The first and the last ones are the limits of the power this solar panel can operate with.
The Uttam solar panel is suitable for a versatile range of electrical appliances, such as advertising lights, traffic lights, fans, solar pumps, emergency lights, small solar energy systems, household lights, and other small appliances.
With the Uttam solar panels, you can charge a 24/48 volts battery throughout the day, and use it when there is a power outage in the house. For a truly green and pocket-friendly system of using electricity, you must opt for solar panels like these, and use solar energy as a sustainable form of saving electricity. No negative points could be found on this particular model of the solar panels.
Tata Solar Power is a company that has over 1000 retail outlets all across northern and eastern regions of India in places like Lucknow, Indore, Patna, and so on. The TP300 solar panel belongs to a large range of solar panels by Tata Power known as the TP300 series. This one is made up of a multi-crystalline panel that has a power output of 300 W, and a positive power tolerance of 0-5%.
The solar cell efficiency of the Tata solar panel stands at 15.1%, with a 25-year power output warranty on the overall product. Ranked as one of the best solar panels in India, it has a temperature coefficient of -0.40% per degree celsius. Frankly speaking, this is one of the best temperature coefficients that you will find in the market, especially when you compare solar panels in the same range as this one.
This solar panel has been designed to be robust and sturdy so that it can take a load of up to 5400 Pa from snow or heavy winds. This means that it can tolerate the pressure of up to 916 kg. While the efficiency of the solar panel is standard and doable, it is not as high as many others in the same range, and this makes it a drawback.
However, despite drawbacks, you can always rely on these solar panels for durability and reliability. The solar cells are made using raw materials from the best international suppliers for the long-lasting condition of the PV module.
These modules are produced as per the guidelines and policies laid down by MNRE and IEC. Tata is popular in India for manufacturing solar lanterns, solar street lights, solar charge controllers, solar home lighting systems, and other products. It can very well be trusted with the most effective solar panels as well.
EMMVEE is a brand that specializes in making solar power systems and modules for both on/off-grid applications as well as standalone purposes.
This particular polycrystalline module has 36 cells and a module efficiency of 13.6%. It reaches 96% efficiency - even when the solar panel is at its lowest irradiance. The temperature coefficient for the rated power system is -0.43% per degree Celsius.
This solar panel has been built to withstand any kind of weather condition, even the harshest and drastic ones. It can take a load of snow up to 5400 Pa and can also deal with hail blowing at 83 mph. While many solar panels cannot take the load of heavy rains and fast blowing winds and tend to get destroyed easily, the EMMVEE solar panel stands firm - no matter how bad the weather situation might be.
The warranty that the company provides on the materials is for 5 years, 10 years on the performance of up to 90% efficiency, and an overall warranty of 25 years.
Two points that we like the most about this solar panel, is that it has very good mechanical strength and its efficiency and performance are quite decent, considering the range in which it is available. The one and only drawback of the solar panel is its temperature coefficient, which loses out on a lot of power for every degree Celsius rise in the temperature.
There might be times when you produce more solar energy than you can consume. During such times, the excess solar power is used to charge the grids and keep them in good condition. This reduces the load on the normal electricity usage and helps you save on your monthly electricity bills.
Running the entire house on solar power will require a higher number of grids, and can become quite an expenditure, because of the various heavy-consumption electrical appliances we use at home. Thus, it is better to use solar power only for a few appliances, or use it as a power backup for times when there are power cuts in the house.
Most companies provide a warranty of 20-25 years on the solar panel - which means that the minimum lifespan is that much. However, with electrical appliances, the trick to a long life lies with good maintenance of the product. When maintained well, a solar panel can last for as long as 40 years.
This article aims to help you out with an electrical appliance that lay people usually have no idea about. However, once you know all the details and information about solar panels, you will realize what a great invention of science it is, and how helpful it has proved to be, in providing electricity to the remotest parts of India. Do your research to know more about the benefits of solar panels in moving towards a sustainable future.
A lot of people have absolutely no information regarding this topic, and in this section we wish to correct that mistake. Solar panels are subsidized to varying degrees by the government in India, in order to encourage the use of sustainable living standards that are consistent with our age-old traditions and beliefs of living in harmony with our natural environment.
This subsidy works in a very simple and efficient manner. In order to give people added inducements and incentives to permanently shift to sustainable patterns of energy consumption and production, the government provides financial support for the installation of solar panels in residential homes. This transforms the home into a completely self-sufficient clean energy environment, that acts a great relief to the natural surroundings and contributes to less pollution.
There are mainly three different types of subsidies available, which can be used to make the solar energy transition.
The first is the customer benefits, which are only applicable to residential home owners who wish to make the big investments required to install solar panels. The solar energy system requires big investments, and the subsidy acts as a welcome relief to people who are ready and willing to make that investment on the best solar panels.
If you install the solar panels using the government subsidy, you will also get a 5 year warranty on your panels from the solar system installation company.
The second kind of subsidy is the channel partner benefits - which are explicitly designed to tackle the issues surrounding the trouble faced by common individuals to avail these subsidies. Once the channel partner comes into the picture, they themselves work to sort out the various elements of the government subsidies.
DISCOMS Benefits constitute the last viable method to get the most out of the government subsidy, so that all parties involved can be happy. The customer is entitled to his or her financial aid on the one side, whereas the channel partner is pleased to add another new customer to the books. And of course, the government is happy, because it is one step closer to reaching its target by encouraging the use of solar panels, which will help in reducing emissions and ensuring a clean better environment for all.
As far as the subsidy demerits are concerned, we have found different demerits which we would like to mention clearly for your knowledge. The only major problem with general customer government subsidies is that you will be in a position where you cannot install the best solar panels from some of the most well known international popular brands. These include brands such as Loom Solar, Luminous, Microtek, Exide, Enphase, Solar Edge, etc.
As far as the channel partner benefits are concerned, here also, we can find different demerits. The first obvious demerit that we have discovered by speaking with many industry experts, is that the high level of initial investment required, often turns out to be a serious issue.
We would also like to briefly touch upon some of the unique aspects of this subsidy scheme in different states of India, and what are the features exclusive to particular states.
We will start off with the state of UP, and although it is one of the most backward states in India, the government there has adopted an aggressive subsidy scheme to transform the state into an eco friendly state as early as possible. The government has announced a healthy 15000 to 20000 overall subsidy amount per KW for rooftop residential projects. It also has the mechanism in place for online application, which makes the entire process a lot more easy and quick to finish off.
Next, we come to the state of Kerala, which has been pushing ahead with its green energy initiatives as a coastal state. The state subsidy amount is the balance that is left after all consumer payments as well as CFA. The size of the rooftop solar panel system can be up to a maximum of 10kW. Like in UP, Kerala has also managed to set up a robust and highly efficient online application system, that is very useful throughout the entire process.
The state of West Bengal, which has always shown the way in terms of progressive solar energy transitions, has actively sought to promote the use of sustainable and clean energy systems. The state government-owned WEBEL was one of the first solar panel manufacturing units in India. West Bengal has a mandatory rule that requires all housing societies to derive a minimum of 1.5 percent of their total electricity load.
Next we come to Maharashtra, which has also become renowned as a hub of initiating solar panels. The solar project in the state is managed by the MEDA, and it has managed to get the fourth-highest installed rooftop solar power generation capacity across the country. The state government in Maharashtra is also looking at new and innovative policies designed to encourage the use of solar panels in cottage and micro industries, which is another powerful initiative.
If you are looking to install solar panels for a grid-connected rooftop solar power plant, you will get a subsidy of around 30 percent of the total cost - which is a very good deal and gives you a good incentive to invest in renewable energy forms. The CFA can be availed by a host of different parties including schools, health institutions, etc. as well as organizations engaged in the social sector.
If you have chosen to make the shift to renewable solar energy, then we should congratulate you first and foremost, as your decision will have positive consequences for the environment. It will also end up in some significant savings in terms of energy bills in the long run. However, it is important to consider which type of solar panels are best suited for your energy requirements, and this is the question we will explore in this section. It is important for you to be aware of the fact that the solar panels you install are not directly responsible for supplying power to your appliances. Instead, it merely charges the battery, which in turn is responsible for providing power to your devices and appliances, depending upon the requirement.
Keep in mind that the total home load that you will be putting on your panels is basically dependent upon your inverter capacity. On the other hand, the amount of backup power you can have access to, depends largely on the range of the battery that you will be using. So it is important to buy an inverter and a battery that is of good quality and that will allow you to get the best out of your solar panels. Typically, we recommend that the range of the panel should ideally be double of that of the battery to get optimum levels of performance.
First, to start things off, you should know that 12v panels are ideally best suited for small residential homes or smaller housing projects. 24v panels on the other hand, have been designed to bear more heavy loads. Apart from this, we will also explore a few other technicalities which will allow you to make a more nuanced choice.
One of the most important things to consider is the efficiency rating of the battery. Make sure that you pair a 12v battery with a 12 v solar panel. You should also make note of the fact that 24v rated batteries are not available in the market. So if you wish to install 24v panels, then you can join two different 12v batteries, in what is called a series connection to power your panels without issue.
The next aspect to consider is the matter of inverter compatibility. Just like the solar panel should be compatible with the rating of the battery, the same goes for the rating of the inverter. So basically, a 12v inverter should be paired only with a 12v solar panel. The market also has 24v rated inverters, so you can easily pair that with 24v panels if you wish to do so. You also have the option of 48v inverters if you’re looking to install some really heavy duty solar panels for commercial or other non-residential purposes.
Following this, we move to the question of the compatibility of the charge controller. Just like previous compatibility markers, this one also has to have the same rating as your panels, battery as well as the inverter. You should specifically make sure that the rating of the solar panel is not higher than the rating of the charge controller, as this can lead to serious damage to your panels.
Now we come to the question of application, and whether a 12v panel or a 24v panel will be better suited for your needs and requirements. A 12v solar panel supports a range of different applications such as street light, tourist vans, shops, small homes, solar water pumps, fishing boats and many others.
24v panels on the other hand, are considered to be ideally suited for large sized homes, which have many different heavy load appliances and devices which are used on a day to day basis. They are also ideally considered to be the best option for commercial spaces as well as large scale businesses such as hospitals, banks, factories, public parks, solar parks etc.
Finally, we come to the range of different types of panels. For your information, 12v panels are available in 10W, 20W, 40W, 50W, 125W, 160W and 180W variants. On the other hand, 24v panels are available in only two selected variants, which are 330w and 350w respectively.
Solar energy is a relatively new source of energy, and it is yet to be harnessed to perfection. However, in the last few years, the number of individuals as well as collectives who have installed solar panels for their homes and industries, have multiplied. Despite more knowledge about solar energy and better information all around, there still continue to be numerous myths associated with solar energy and the use of solar panels. In this section we will try to dispel some of those rumours and set you on the right track.
The first major misnomer often perpetuated about solar panels, is that it does not work in cloudy weather. Makes sense right? Solar panels need sunlight to convert energy into power, and if there are too many clouds blocking the sunrays, there is no energy to convert. Wrong. Solar panels work with not only strong sun rays, but also common visible light i.e the natural light of day which helps us to see things. Of course, it is important to state that a bright sunny day will be a lot more beneficial for you to charge your solar panels effectively, but this does not mean that a cloudy day is totally worthless for your panels.
The next rumour that we wish to dispel is that solar panels need warm climate conditions to work effectively. This is based on the misplaced idea held by some that solar panels use not only light as a source of energy to charge themselves, but also heat. This leads them to believe that solar panels are ineffective in cold temperatures - which is completely untrue. Infact, the opposite of this is actually somewhat true. Solar panels require cooler climates to work best and not the other way around. Cold weather conditions actually manage to increase the conductivity of solar panels, and this allows them to produce more energy. So be sure to know that climate conditions are not really that critical in the functioning of your solar panels. If the panels receive adequate sunlight throughout the year, then you have nothing to worry about.
Another common misconception that people have about solar energy usage is that solar panels could end up causing long term damage to the roof of your house. This is another illogical piece of fake news that should be nipped in the bud right away. Solar energy and solar panel technology is now considerably developed, and is at a stage where it has been refined for many years. Modern solar panels come with highly functional and sophisticated designs, which bear no threat to the roof of your house whatsoever.
Next we come to a more genuine and understandable concern that is shared by a lot of people in India, and in the wider developing world in general about the use of solar panels. It is common knowledge that transitioning to renewable solar energy requires a pretty big investment, and this raises obvious doubts in the minds of many. One of the biggest doubts is regarding the question of how quickly you will get a return on your investment, and whether it will be worth it or not. Of course, it is difficult to answer exactly how and when the ROI will come about for you, as these are based on factors of subjective judgment.
However, we can say for sure that once you invest in solar panels, you will not be required to spend any major money on them for a long time, and it will serve you well for years to come. Good quality solar panels will not require a lot of spending on serving and maintenance. You might want to get the yearly check up done to make sure everything is running well, but other than that, there is really not too much scope for things to go wrong.