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Thin film amorphous-silicon
Thin Film cadmium Telluride,
Thin Film copper-indium-gallium selenide
Thin film Miscellaneous
Thin film amorphous-silicon
Thin Film cadmium Telluride
Thin Film copper-indium-gallium selenide
Thin Film Miscellaneous
United Solar Systems and Bekaert ECD Solar Systems inaugurates worlds largest thin-film solar cell manufacturing machine and related assembly equipment. The installation is at its Bekaert ECD Solar System facility in Auburn Hills, Michigan. The new machine is capable of producing nine miles of solar cells in three days time making it one of the four largest producers of solar cells and related products in the United States.(08-02BD77-10)
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Heriot-Watt Universitys School of Textiles in Scotland researches the production of fabrics with solar cells. Professor John Wilson is working on creating solar cells which are as much as 100 times thinner than those cells used today in solar panels made of crystals of silicon. Prof. Wilson believes that a workable cell can be created by depositing thin films of silicon on to a glass substrate. Theoretically, these films, only a few microns thick, could be laid in to fabrics or clothing fibers prior to the weaving process. It is hoped that the textiles could be efficient enough to produce 100 Watts per sq. meter in very sunny locations. Improvements in cell efficiency might be offered by the latest crystalline silicon nanotubes. Perhaps such a patch on a jacket or bag could power a laptop or trickle-charge a mobile phone or PDA. (07-02BD76-3)
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