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The extreme weather conditions, melting glaciers, rampant forest fires, and choking smog have fueled India’s resolve to achieve net-zero carbon emissions by 2070, with solar energy being the vanguard of the green transformation. Calling the energy transition as the biggest economic and commercial opportunity of our age, head of UN Climate Change Simon Steil’s praise for India as the “solar superpower” has amplified the momentum.

He said, “India is already a solar superpower, one of only four countries to have installed more than 100 gigawatts of solar. Part of 200 gigawatts of renewable energy capacity that’s already been installed. Energy access is on the rise — with villages across the country electrified by 2018, well ahead of schedule. Now there is a real opportunity to take the next step and unleash even bigger benefits for India’s 1.4 billion people and economy.”

With abundant sunlight, plummeting technology costs, strong government support, and a skilled workforce, solar installations in India have become the fulcrum of growth and development and a monumental leap towards sustainable living.

India’s adaptability, coupled with a robust pool of government-backed solar schemes, has not only accelerated its rise but has positioned it among the largest producers of solar energy in the world after China, the United States of America, and Germany. Its march towards embracing solar energy has been nothing short of remarkable but has been a testament to its visionary approach. In the last 10 years, the Indian subcontinent has not only met the solar requirements but has surpassed them with a bounty. Solar power today contributes more than 60 percent to India’s renewable energy mix, thus positively impacting the solar revolution in India.

Fun Fact: Rajasthan has a solar capacity of over 24 GW, which is more than the entire solar capacity of the United Kingdom.

Additionally, Bharat has pioneered the International Solar Alliance (ISA), a global initiative that champions collective responsibility for a green transformation, uniting countries worldwide in the pursuit of sustainable energy.

Teravon Green Energies Limited. has been the brainchild of a team of like-minded individuals who wished to create a sustainable environment that future generations could truly be proud of. With more than 90+ completed projects and 200+ MW ground-mounted solar installations in India, Teravon Energies Pvt. Ltd. has not only carved a name for itself but has significantly contributed to the solar revolution in India.

While we still battle the repercussions of our own doings, here’s to being more mindful, responsible, and kind—not just to ourselves but to nature, the ultimate giver!

Top 5 benefits of solar energy systems for industrial operations

With the increasing cost of non-renewable sources of energy, more and more businesses are making a shift to alternate energy solutions. Industrial solar installer can help businesses achieve their goals while contributing to a greener and sustainable environment. Here are the top five benefits of solar panels that industrial enterprises might receive:

1. Lower energy bills

With solar, industries can produce unlimited energy and then sell the excess energy to the government. An average energy expense for a warehouse is 15 to 16 per cent of the total operational cost. Transitioning to solar power lowers this tariff to a great extent, making it easier and cheaper for industrial plants.

2. Clean energy

Fossil fuels and greenhouse gases are the primary reasons for environmental pollution. On the other hand, solar is 100% safe and clean. The Industrial solar installer is an investment in the planet’s future and is a promise of social responsibility in the years to come.

3. Slashed maintenance cost

The Industrial solar installer doesn’t have moving parts and comes with a warranty of 25-30 years. Minimal cleaning and upkeep reduce the maintenance cost of the panels, thereby reducing the industrial operational cost.

4. Improved energy security

Solar panels can generate electricity even during power outages. With solar, businesses can rest assured of an uninterrupted power supply, which can help them operate smoothly and efficiently.

5. Tax benefits

With multiple government solar schemes, businesses can claim accelerated depreciation of solar power systems. This will reduce their tax liability and allow them to sell excess electricity from their solar power systems back to the grid.

When it comes to industrial solar installer, we are a trusted choice of many. From ground inspection to installation and then maintenance, we can help you get a system that meets your specific requirements. Contact us now.

The good part is that solar energy has turned into a great form of producing power for households, companies, and industrial sectors. Climate change is higher on the agenda and it worries more people. Solar energy is chosen because CO2 emissions are to be reduced, and solar & wind make this possible. There is a wide range of solar panels available in the market, and for those who want to make the shift to solar, it is worth it to know the latest variations and technologies before going in for the purchase.

1. Monocrystalline Solar Panels

One crystal of pure silicon forms this Solar Panel Type which is then fused using continuous cooling. Their appearance black and glossy. They are good at converting roughly 15-20% of sunlight into electricity. This makes them ideal for smaller spaces. So If you have a small roof then these would be good for you.

2. Polycrystalline Solar Panels

These solar panel types are polycrystalline panels that are created by many crystals of Si metal, which melted together so they have a blue or `spicy` hello. The average efficiency: 13-16% Typically, they occupy more area to provide the same power output resulting in them being a very good alternative for large roofing systems or even bigger varsolar areas. They are the good news ones that mean a cheaper price point because they are easier/cheaper to make.

3. Thin Film Solar Panels Thin-film panels are considerably different from the crystalline ones referenced earlier. Generally constructed by depositing special materials on a surface, glass or metal in particular. The panels are flexible, lightweight, and can be of different shapes or sizes for various applications. Thin-film panels yield power generation at around 10-12% and tend to be larger for the same amount of crystalline panel.

They are used more efficiently on the other side of low light and high temperatures than crystalline panels, which could help in some places.

4. Bifacial Solar Panels

Bifacial solar panels are named bi which means two or double because they can capture sunlight both from the front as well as back sides. This allows them to generate more electricity by absorbing all the forms of light that have bounced off a surface, including rooftops or parking lots operating during winter months when snow covers your solar panels. Usually composed of monocrystalline or polycrystalline cells, they can graduate as high as 30% efficiency. For this reason, they are primarily used in commercial systems or solar farms where maximizing energy production is critical.

5. PERC Panels

In a nutshell, the PERC panels are just higher-end reincarnations of our basic monocrystalline or polycrystalline solar panel type. There is another layer on the backside of cells that will reflect and bring light into the cell again. It helps in reflection, which decreases the cells’ absorption of heat and loss of energy. This tech could bump efficiency up by about 1 percent. While that does not sound like much, it is capable of positively impacting the performance of a solar array with time. 6. Concentrated Photovoltaic Panels

CPV panels are a bit of an anomaly and not as prevalent. They concentrate solar light utilizing lenses or mirrors to very small but highly effective photovoltaic cells. While they can be over 40% efficient, because they require direct sunlight (and ideally light directly from the sun), tracking systems follow the position of the sun to provide energy. Historically, CPV panels have mostly been installed on absolutely enormous solar farms with plenty of access to direct sunlight. For this reason, the technology is not appropriate for residential rooftops.

Conclusion:

Wondering which solar panel types are suitable for you? The type that is right for you will depend on the budget, roof or space available, the amount of energy required, and local weather. Monocrystalline panels maximize efficiency and make a good-looking system but have more upfront costs. Polycrystalline panels are cheaper, but the efficiency level is a little less. Thin-film panels perform better in terms of flexibility and some specific use but, for efficiency’s sake, you would have to fall back on either the bifacial or PERC technologies. It helps you make the best solar choice possible for your unique needs and vision of a sustainable future.

KW-industrial solar installer

Once you decide to install solar for your business, a lot of questions will come to your mind about the installation procedure. Here we are to help you with the right questions to ask your industrial solar installer to get a clear picture of how you can make a fortune with the sun:

1. How will it benefit your business?

Solar can help businesses save up to 80% on power bills every month. But this percentage depends on several factors, including power consumption, power tariffs, solar policies, industry type etc. Ask the industrial solar installer about how your business can make the most out of PV cells and save more.

2. What solar schemes can you opt for?

Availing the best solar business scheme is one great way to get the maximum ROI. The Government solar policies will not only reduce our initial installation costs but also benefit from tax redemption and rebates.

3. What if I want to go with financing?

Most of the reputed solar EPC companies have their own financing options that can save you from paying too much hard cash upfront. Opt for a solar loan that fits your budget and can unlock long-term benefits.

4. What is the warranty coverage?

There are multiple solar warranties associated with the PV systems. Ask your industrial solar installer about the warranty coverage, what it entails and how you can extend the period.

5. How long it will take to install the panels?

A reputed solar company like us will promise a practical timeline rather than throw an empty promise. Ask the installer about an approximate timeline breakdown to anticipate when your installation will be complete.

Whatever question you ask to the industrial solar installer, ensure they have a satisfactory and logical answer. Going solar is one of the most rewarding investments you can make for a business. From power savings to tax benefits, get ready to soak in the sun with Teravon Solar.

For anyone wishing to reduce their carbon footprint and lower energy costs, solar panels present an excellent option. However, consistent maintenance is necessary to guarantee optimal solar panel performance over the long term. Comparable to other investments, routine care, and upkeep maximize the lifespan and functioning of a home solar energy system. In this article, we explore why maintaining solar panels is so important and how the initial costs can pay off throughout the years. With proper servicing, early adopters continue benefiting from reduced reliance on fossil fuels and monthly savings on utility bills long after installation. Though requiring dedicated care, committing to a maintenance schedule ensures sustainable energy production and substantial financial returns on investment.

1. Optimised Energy And Performance

Solar Panels are manufactured to capture sunlight and convert it into power, but if Solar panels easily become dirty or worse as they may be obstructed due to bobbing birds. Dust, debris, and bird droppings can accumulate on the face of the panels which blocks sunlight from reaching them and reduces their efficiency in generating energy. The solar panels will be less prone to being blocked from any obstructions and can receive greater amounts of sunlight just by maintaining them clean. Take advantage of up to 20% gain in efficiency by having your system cleaned and producing more energy, which every month just adds up for those electricity bills.

2. Increasing the Usable Life of Your Solar Panels

While solar panels provide a financial benefit over decades, routine care ensures their longevity. Most arrays carry manufacturer warranties of 25 years or longer. However, neglect risks costly damages down the road. Both minor issues left unchecked and major failures requiring substitutes drain savings. Conversely, periodic reviews catch small problems before they spread. Cleaning panels every few months removes dust and debris that impede output. Trimming vegetation blocking access to sunlight likewise optimizes energy harvest. Overall system evaluations double check for loose fasteners or cracks too. Proper upkeep delivers on solar’s promise of long-term environmental and money-saving returns. For instance, routine maintenance includes looking for frayed wiring or rust due to weathering. To protect your solar panels, regular inspections and maintenance also ensure that all of the components in your system work effectively together over the lifetime.

3. Protecting Your Warranty

Many solar panel manufacturers offer warranties that cover how well their panels will retain power production and for how long. However, these warranties frequently include stipulations such as the need for proper maintenance of solar panels. If you do not properly maintain your solar panels, then this could be a problem for those of us who bought the warranty that was offered to them. Not only is it an investment in protecting your vehicle, but keeping up with maintenance also ensures that the warranty on new vehicles remains valid–offering peace of mind.

4. Saving Money in the Long Run

It may sound like an expensive addition — solar panel maintenance and all, but it saves you money in the long run! By keeping your solar setup running at capacity, you will produce more clean energy and rely on the grid powerless. That translates into lower energy bills and a quicker payback on the investment. The advantage of routine maintenance is that it often catches problems in the bud so you avoid these expensive repairs or replacements due to neglect. Ultimately, the small cost of maintenance is profitable when compared to better performance and longer panel life.

5. Ensuring Safety

Thus, solar panel maintenance isn’t just about efficiency and cost savings — it is also a safety issue. Like any electrical system, solar panels are also an electric device that needs to be kept over the years. Electrical fires are a safety hazard that can be caused by loose connections, damaged cables, or even faulted inverters. Regular inspection of the equipment helps detect and correct these problems, helping to keep your solar energy system safe for both home use as well as family.

Conclusion

Whoever has solar panels at home must take good care of them, solar panel maintenance is indispensable for the proper operation and upkeep throughout. Taking good care of your solar panels is essential if you are looking to keep running optimally and lengthening the lifespan but an extra benefit would be safer too. This not only means more savings but it also saves you more repairs over time. Taking care of your panels is necessary for them to keep producing energy efficiently.

KW-industrial solar installer

Independent Power Producers (IPP) are revolutionizing the landscape of power generation and distribution. These are private enterprises that generate electricity and sell it to public and Government entities. Unlike traditional companies, IPPs focus solely on power generation and help meet the rising electric demand by

energy generation from renewable sources. Let us together uncover top five benefits of partnering with industrial solar installer and independent power producers for energy projects:

1. Cutting-edge technology and development

The IPPs embed the latest technologies to fuel operational efficiency. Innovations like smart grid optimization, AI-enabled monitoring systems, and solar hybrid technology strengthen their commitment to sustainability while minimizing energy loss.

2. Risk mitigation

Energy production involves a lot of financial and operational risks. IPPs take care of these potential risks, ensuring a safe operating environment thereby lightening the burden on companies.

3. Gives a competitive edge

Driven by profit motives, IPPs bring forth a competitive edge that encourages the market players to improve their performance. This also enables them to bring tailored and cost-effective solutions to the consumers to meet their needs.

4. Government initiatives

The Indian government has introduced multiple support mechanisms and incentive programs to boost the growth of industrial solar installer. In addition, the Government’s initiatives like the Liquidity Infusion Scheme and the Revamped Distribution Sector Scheme further enhance their profitability for a supportive energy ecosystem.

5. Better transmission infrastructure across the nation

Provisions like Green Energy Corridor and Central Financial Assistance (CFA) have aided in enhancing the transmission and distribution capacity. Further, their decentralized location ensures that the energy production points are close to the consumption segments. This minimizes transmission losses, enabling maximum energy transmission.

In a nutshell, IPPs ability to adapt to changing conditions, innovate, and attract investment establish them as a key player in achieving a sustainable future.