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| Wave hub good to go |  |
| "This is great news. Wave Hub is the right idea, in the right place, at the right time" The infrastructure for Britain`s first wave farm is set to be given the go-ahead today, paving the way for a new generation of renewable energy technologies. via The Ecologist |
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| Wind Energy Pioneer Facing Federal Fraud Charges | |
| Minneapolis Greg Jaunich, a pioneer of Minnesota`s wind-energy industry, has been charged by federal authorities for allegedly defrauding Xcel Energy and the state of Minnesota by overstating the amount of ... via Wcco.com |
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| PG&E donates solar power systems to Habitat for Humanity | |
| East Bay Business Times - 10:48 AM PDT Thursday, September 20, 2007 Pacific Gas & Electric Co. via East Bay Business Times |
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| UniRac Teams with Industry Leaders for Landmark Google Solar Installation | |
| UniRac is pleased to have been chosen by EI Solutions (www.eispv.com) to play an integral role in the largest corporate solar installation in the U.S. to date, on Google`s solar panel installation at their Mountain View, CA campus. (http://www.eispv.com/customer_stories/google.html). The milestone project was completed in May 2007, far earlier than initially projected |
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| Method for $1/Watt Solar Panels Will Soon See Commercial Use | |
| An anonymous reader writes "A method developed at Colorado State University for crafting solar panels has been developed to the point where they are nearly ready for mass production. Professor W.S. Sampath`s technique has resulted in a low-cost, high-efficiency process for creating the panels, which will soon be fabricated by a commercial interest. `Produced at less than $1 per watt, the panels will dramatically reduce the cost of generating solar electricity and could power homes and businesses around the globe with clean energy for roughly the same cost as traditionally generated electricity. Sampath has developed a continuous, automated manufacturing process for solar panels using glass coating with a cadmium telluride thin film instead of the standard high-cost crystalline silicon. Because the process produces high efficiency devices (ranging from 11% to 13%) at a very high rate and yield, it can be done much more cheaply than with existing technologies.`"Read more of this story at Slashdot.
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