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CAPTION: Rice researchers selectively filtered high-energy hot electrons from their less-energetic counterparts using a Schottky barrier (left) created with a gold nanowire on a titanium dioxide semiconductor. A second setup (right), which did not filter electrons based on energy level, included a thin layer of titanium between the gold and the titanium dioxide.

CREDIT: B. Zheng/Rice University

Rice finding could lead to cheap, efficient metal-based solar cells

HOUSTON — (July 22, 2015) — New research from Rice University could make it easier ...

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SunEdison Acquires Mark Group, a Leading UK Energy Solutions Provider

London – SunEdison, Inc. (NYSE: SUNE), the world's largest renewable energy development company, today announced that it ...

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Solar Carolina

US Based Firm to Raise $10 Billion for 10,000 Megawatts Power Project for Nigeria

Capital Investment today announced plans to raise $10 Billion to build up to 10,000 power ...

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advanced energy

Advanced Energy to wind down solar PV inverter business to focus on precision power business

Advanced Energy Industries, Inc. (Fort Collins, Colorado, US), on June 29th, 2015 announced that it ...

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Raventhorpe

Ingeteam powered one of the largest PV plants in the United Kingdom

In March, one of the largest PV plants in the UK up to date has ...

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