Flexible solar panel uses thin-film cells (photos)
Using a proprietary manufacturing process that layers copper, indium, gallium, and selenium on a flexible metal substrate, SoloPower can create thin-film solar panels in flexible rolls, which, the company says, are not only easy to manufacture but also to transport and install. For example, the panels can be applied directly to rooftops without the need for framing systems.
San Jose, Calif.-based SoloPower claims that just these few microns of semiconductor material--layers vary from a few nanometers to tens of micrometers thick--can generate returns that rival traditional silicon photovoltaic systems. In short: equal energy, fewer materials.
Thin Film Solar Panel - News
Using a proprietary manufacturing process that layers copper, indium, gallium, and selenium on a flexible metal substrate, SoloPower can create thin-film solar panels in flexible rolls, which, the company says, are not only easy to manufacture but also
Soltecture changed its name from Sulfurcell to make clear its ambition to be a provider of a complete set of solar electric equipment, something Meyer told me about in January this year. The company has designed its ultra thin, black solar panels to
Now a team at Empa's Laboratory for Thin Film and Photovoltaics, led by Ayodhya N. Tiwari, has made a major step forward. "The new record value for flexible CIGS solar cells of 18.7% nearly closes the "efficiency gap" to solar cells based on
College Park, Md. — A bold new design for thin film solar cells that requires significantly less silicon – and may boost their efficiency – is the result of an industry/academia collaboration between Oerlikon Solar in Switzerland and the Institute of
Now a team at Empa's Laboratory for Thin Film and Photovoltaics, led by Ayodhya N. Tiwari, has made a major step forward. "The new record value for flexible CIGS solar cells of 18.7% nearly closes the "efficiency gap" to solar cells based on
HowStuffWorks "How Thin-film Solar Cells Work"
The solar panel is an enduring icon of the quest for renewable energy . You'll see the black-paned rectangles on the rooftops of houses or assembled into arrays across fields and prairies. But the panel as we have come to know it -- 5.5 feet by 2.75 feet by 2 inches (1.7 m by 0.8 m by 5 cm) -- may be history. That's because a new type of technology stands ready to take its rightful place next to traditional silicon wafer-based panels as an efficient, cost-effective way to convert sunlight into electricity . The technology is the thin-film photovoltaic (PV) cell , which, by 2010, will be producing 3,700 megawatts of electricity worldwide [source: National Renewable Energy Laboratory ].
Beyond 2010, production capacity will increase even more as thin-film PV cells find their way into solar-powered commercial buildings and homes, from California to Kenya to China.
Other than their flexibility, how do thin-film solar cells compare to traditional solar cells ? Why are they more cost efficient? And are they the kind of energy source that will make solar power a truly viable alternative to coal and nuclear power ? Read on to find out more.
now solar panel is more affordable as thin film solar cell production can cuts half of production cost ()
Flexible solar panel uses thin-film cells (photos) 
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Flexible solar panel uses thin-film cells (photos) - CNET
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RT : Flexible solar panel uses thin-film cells (photos) Thin Film Solar Panel - Bookshelf
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