NIKHIL BANSAL: Solar panel part 2

Monday, August 24, 2009

Solar panel part 2

Hi friends !!!
I am back with my past discussed topic solar penal.In India now a days Jaswant and Jinnah can be a hot topic for discussion but the scientists just focusing on the quaint discussion 'save the earth'.In this way energy conservation is the burning issue.India is said to be land of entrepreneurs.Thanks to the geeks who are just following their ideals to save the earth and the energy resources.previously I discussed the latest and more productive system of solar panels floating on water this time a very novice and attractive type of solar panels developed by
We've all seen the usual solar panels, mounted on top of the house roof, usually taking up only some of the roof space. It's usually hard to miss, because these panels stand out from the rest of the roof. Now imagine this - what if you could have solar panels, still mounted on your home's roof, but completely invisible to the naked eye. And therein lies the trick - instead of being invisible, have designed and transformed the panels into the shape of normal roof tiles. So, when you look up at your roof, you'll never know the difference.

What a truly novel idea, in my opinion. Technology that blends in and becomes basically invisible. The Solé Power Tile™ system is the first of a kind building integrated photovoltaic (BIPV) roofing system designed for curved roofs.

This is a great example of how homeowners can make a positive difference by converting to green energy, without having to compromise the aesthetic appeal of their homes. According to the company, this system will be able to generate clean solar energy for decades.

The system blends in with several styles of clay tiles found in the US, which make it easy to integrate into an existing roof.

The Solé Power Tile™ System uses cutting-edge, thin film solar technology - very popular for its ability to convert a greater range of light, which incidentally includes the light range at dusk and dawn.

With the company's first installation, an area of approximately 300 square feet was installed, which should generate approximately 2,400 kilowatt hours of electricity per year.

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