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silreccorporation-blog · 5 years ago

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The Benefits of Recycling Solar Panels and Silicon In Industries

Solar panels and silicon are widely used in manufacturing units globally. Solar panels are also used on commercial grounds. They are widely considered as an ideal source of alternative power supply. Silicon is widely considered as bets resistivity material used in semiconducting devices.

As per research, both these materials account for major landfills as industrial wastes globally.

PV sheets and monocrystalline Silicon material can cause permanent damage to the environment if left untreated.

Recycling processes offer permanent solutions to avoid unwanted landfills.

Many industries have started recycling these panels to improve their lifespan.

You need to keep in mind that solar power has always been considered a clean energy source. But the process of disposing of old used PV sheets and Silicon sheets can increase greenhouse gas percentage.

Reduce the environmental impact

Silicon-based panels will generally use 76 percent glass, 1 percent metal, and 10 percent plastic. If solar films are used, then the panels use 90 percent glass, 6 percent aluminum, and other metals around 1 percent.

In both cases, environmental impacts are greater, even during the manufacturing stage. This is why industries and monocrystalline Solar Panels recycling proves more beneficial. The environmental damage during the manufacturing process can be reduced.

Low cost of recycling

When manufacturing new panels the overall cost of manufacturing will including the cost of all essential raw materials like aluminum, metals, glass, and plastic. Manufacturing units that are concerned about lowering the monocrystalline Solar Panels manufacturing cost often opt for the recycling process.

Recycling, the metal scrap process, aluminum, and glass can be retained back. This retaining process helps lower the cost of manufacturing units.

Helps retain aluminum completely

Recycling solar panels in the manufacturing unit is profitable. In the monocrystalline Silicon model, the process is more beneficial. The process helps in retaining aluminum and silicon in mass quantities. Even if the process of separation is a little tedious, still it is considered to be hundreds percent effective.

The aluminum retained back can be used a hundred percent in manufacturing new solar panels.

Recycling helps improve the lifespan

In general, when recycling solar panels, you can also expect its life span to increase by another 20 to 25 years. So it is obvious that the overall cost of manufacturing and recycling can be recovered by the units.

Apart from this, you can also expect more number of panels to be available once you are recycling the old used ones at your unit.

Less damaging to the environment

Recycling is, in fact, a more eco-friendly process as compared to manufacturing. It does not involve any process that is related to mining and extraction. You can recover glass, silicon, and aluminum metal, which are also major ingredients as raw material.

So for making new panels, the raw material does not have to be extracted from the mining process. This makes the manufacturing more eco friendly and reduces the emission of greenhouse gasses into the atmosphere.

For all the above-mentioned reasons, manufacturing units prefer to recycle already used collar panels to create new ones. It also makes the panels easily available in the market.

#Monocrystalline Silicon Monocrystalline Solar Panels

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dayrisesolarenergy · 6 years ago

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The Emerging Technology of Solar Power

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The Emerging Technology of Solar Power Presently, the best quality solar panels can perform at peak efficiency of about 15 to 17%. This is due to the fact that our current solar technology does not allow the solar panels to use all available wavelengths of light. For example, in a ray of sunlight, there are many different wavelengths IV curves. Many of these we can't even see with our naked eye. The same goes for solar panels. Sunfuel Technologies LLP, an Indian based solar panel manufacturing company, has been utilizing "PERC" solar cell that can multiply the wavelengths of light to produce much more solar power even on a smaller solar generating system. While Sunfuel is keeping a tight hold on the technology that allows this advanced solar energy, they predict their new panels will produce more solar power than any other brand available in India as per the size of solar power plant and ideal sunlight conditions. A 5 kWp Grid Connected Rooftop Solar Power Plant with Sunfuel Solar Panels may equate to an electric bill of around Rupees 5 to 6 thousand per month for an average house hold by producing 20-25 units a day! This beats what most Indians pay now- well over Rupees 10 to 12 Thousand a month for electricity. Better yet, Sunfuel’s new panels convert a whopping 17% of sunlight to usable solar energy! This equates the industry standard and so-called top brands of India. The University at Tel Aviv is also making enormous developments in solar panel technology. Scientists there have scrapped the idea of using semiconductors within their solar cells. Instead, they have genetically engineered "proteins using photosynthesis for production of electrical energy". Commercial manufacturing of such a methodology is several years down the lane, but these panels would cost much less than the conservative silicone and could produce efficiency around 25%. This makes these solar panels very attractive to third world poorer countries that want to go solar but cannot afford conventional silicone solar panels. Another promising technological progression is the upsurge in efficiency of thin-film solar panels. These thin film panels use 40% less silicone than conservative poly-crystalline solar panels, and are much less expensive. Unfortunately, they also have less efficiency. By the end of 2018, some scientists are estimating they will be able to produce thin film solar cells with more efficiency. This makes then more comparable to conventional solar panels. Also, more people will be able to buy these less inexpensive panels. Further progress in solar panel technology is in the battery systems which you can use alongside your solar panels. Every year, new batteries are coming up in the market that last longer and store more energy than ever before. This increases the environmental friendliness of solar technology so that solar batteries don't have to be thrown out or recycled as often. Solar energy may seem expensive at first instance being upfront cost, but the long-term benefits are priceless. Where else can you get 25 years of reliable energy constantly and consistently which might cost very cheaper than the electricity provided by your DISCOM utility? Certainly you may not get such reduced tariff from your DISCOM utility company. Solar energy is reliable, has zero carbon emissions and easily pays for itself within 4-5 years of purchasing as Return of Investment (ROI). For the future of the world's electric supply, residential solar power systems may be the best answer to a limitless resource: the Sun. [caption id="attachment_6350" align="aligncenter" width="1024"] The Emerging Technology of Solar Power[/caption] In this Era of new and the emerging technology of solar power, the Solar Panels are built to endure and perform for decades. Service policy of most of the Solar Panel manufacturing Companies is aimed at ensuring proper and timely services to its customers across the country. Sunfuel is pioneer in manufacturing as well as after sale service with unmatched quality in the solar industry in India. Sunfurel has emerged as leader in the emerging technology of solar power. It is committed to achieving complete customer satisfaction with excellence in service quality and support. The quality of service and service accessibility provided by the Sunfuel are steadily improving with the setting up of new branches and service centre's like DayRise Solar Enerdy Pvt Ltd at Sonipat, Haryana. Thanks to the growth strategies being adopted by the company from time to time and the emerging technology of solar power. Its most eminent and reputed Clientele speaks high volume of this enormously growing Solar Manufacturing Company, for instance:-

IIT Mandi - Himachal Pradesh

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Kokrajhar MCD - Assam

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Haryana Renewable Energy Development Agency - Haryana

Solar Universe India - New Delhi

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Sunfuel Technologies LLP, manufacture solar PV modules with the highest quality & unmatched reliability with help of the emerging technology of solar power. Sunfuel makes clean energy available to homeowners, businesses, commercial buildings, schools, non-profits and government organizations at very competitive prices. Sunfuel has a Global team of professionals with expertise in executing solar power manufacturing and distribution while making its rivals envy of the emerging technology of solar power. The Company delivers perfection in every step from designing, engineering, manufacturing, supply, and installation to maintenance of solar panel PV systems ranging from few Watts to Megawatts as per International standards (IEC, MNRE, ISO, NISE etc.) Salient features of Sunfuel’s Solar Panels is :-

Positive Power Tolerance

5 Bus-bar Technology

High Performance

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Low Light Performance

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Electroluminescence Testing

10 years product warranty

25 years linear performance warranty

Solar PV Modules with 60 to 72 Cells ranging from 150 to 345 Watt

Consider selecting and approaching thoroughly professional and skilled team of DayRise Solar Enerdy Pvt Ltd for assessing and analyzing your electrical load for installation of Solar Energy Solar Panel Power Plant System at your home, office, mall, school or industry. Contact DayRise Solar team every time whenever you need to know “The Emerging Technology of Solar Power” while you plan to install Solar Energy Solar Panel Power Plant System or buy Sunfuel’s solar panels in Sonipat, Haryana, India. Also to get help and full Procedure to Avail Solar Subsidy in India for Grid Connected Rooftop Solar Power Plant, you may like to contact extremely skilled and expert professionals of DayRise Solar by way of its Website's contact Page at DAYRISESOLAR.COM or by email alternately for any question associated to Solar Energy, Solar Subsidy, Solar power, solar products, design, installation and commissioning of On-Grid / Off-Grid Rooftop / Ground Mounted Solar Power Plants throughout Haryana and Delhi NCR. Qualified skilled team of DayRise Solar might help you in processing of subsidy utility, bi-directional meter utility and processing / uploading of all related documents to Subsidy Regulation Authority / DISCOM Utility. [caption id="attachment_6349" align="aligncenter" width="1024"] The Emerging Technology of Solar Power[/caption] DayRise – Home to your Solar Requirements DayRise Solar Enerdy Pvt Ltd Sonipat is home to your all solar energy requirements including Solar Energy Solutions, Solar Power Plants, Solar powered products and Solar operated Water Pumps. Email [email protected] Telephone / Mobile / Whatsapp

+919963493474

+919618637662

We could also be reached through Whatsapp at the above mentioned Mobile Numbers round the clock. Call for following products and Services:-

Site Visit and Load Assessment

Processing of Subsidy

Documentation

Assistance in Getting Sanction for Subsidy

Rooftop On-Grid Solar Power Plant with Subsidy

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Rooftop Off-Grid Solar Plant without Subsidy

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via Blogger http://bit.ly/2RxHWB4

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caseinpoints · 7 years ago

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Solect Energy 200-kW system cuts metal manufacturer’s electricity costs by one third

Chemetal, a leading manufacturer of metal designs and laminates, has partnered with Solect Energy to install a 201.6-kW solar energy system on the roof of its Easthampton, Massachusetts, manufacturing plant. The array consists of 560 (PV panels, which are projected to produce 210,686 kWh of energy annually. Chemetal anticipates the array will provide up to 33% of its facility’s annual electricity use.

The 201.6-kW solar array on Easthampton, Massachusetts-based Chemetal’s manufacturing facility. The 560 PV solar panels will provide approximately a third of the facility’s energy needs. Photo courtesy of Solect Energy.

Solect carefully examined Chemetal’s energy usage patterns and other factors in order to design the optimum solar energy system. Solect then worked to make sure that Chemetal would achieve maximum ROI through the myriad of solar incentives.

Chemetal is projected to save approximately $25,000 annually on its electricity bill, and is able to take advantage of state and federal tax and financial incentives, including SRECs (Solar Renewable Energy Certificates), which are financial incentives based on the amount of solar energy the system generates. Electrical utility providers in Massachusetts purchase SRECs to help them meet their state-mandated goals of a percentage of power coming from renewable energy sources.

“We began seriously considering solar when we doubled the size of our facility in 2016,” said Geoff Schaefer, Creative Director and President of Chemetal. “The incentives, including tax credits and accelerated depreciation, were beneficial, as was the opportunity to reduce our carbon footprint with renewable energy. Solect did a great job making a complicated proposition clear and straightforward; their pricing was competitive and they were very helpful in shepherding us through the process.”

Chemetal is one of the world’s largest sources of metal designs and laminates for commercial and residential building projects. The 50 year-old, family-owned business has a strong commitment to green practices. Many of its metal products are made entirely of aluminum, the most recycled material on the planet. Some of its aluminum finishes contain up to 85% recycled content, offering builders and architects LEED (Leadership in Energy and Environmental Design) credits. LEED is the most widely used third-party verification for green buildings.

In addition to its commitment to solar, Chemetal pursues other green practices. The company recycles paper and cardboard materials to minimize additions to the waste stream. It also sells any scrap metal material to be repurposed. The company is also a FSC (Forest Stewardship Council) certified supplier for its Treefrog real wood veneer laminate products. FSC certification ensures that products come from responsibly managed forests that provide environmental, social and economic benefits.

“Given its strong commitment to green building products that feature LEED and FSC certification, Chemetal’s move to solar energy was a natural,” said Scott Howe, Partner, Senior Vice President at Solect Energy. “Chemetal will create its signature products utilizing clean energy. The company will benefit from lower energy costs, tax and other financial incentives, and have the satisfaction of knowing they are improving on their already strong pledge to protect the planet.”

News item from Solect Energy

Solar Power World

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