The collector is built with a low-cost holographic optical element and a diffuser and can be easily embedded into conventional PV modules, according to its creators.
Using Department of Energy laboratories, scientists learned at the atomic level that a liquid-like motion in perovskites may explain how they efficiently produce electric currents.
New research describes an algorithm that can calculate the ideal characteristics for a quantum dot to maximize cell efficiency.
Independently verified by Fraunhofer ISE CalLab, the company and partner Hanwha Q Cells have reached these milestones using PERC cell technology.
Solaria has announced it second regional solar distributor, Fortune Energy, a wholesale supplier of renewable energy products based in Sacramento, with additional offices in Southern California, Massachusetts and Hawaii.
New research has indicated a pathway for perovskites to achieve a conversion efficiency of 31%. The findings were published by researchers from Berkeley Lab this week. Nanoscale images of perovskite solar cells revealed a characteristic of perovskites that points to the potential for dramatically higher efficiencies.
Verified by Fraunhofer ISE CalLab, the rating of 19.5% efficiency for a standard module of 1,670 x 1,000 mm2 sets a new world record for multicrystalline panels; Hanwha achieved the result using its Q.ANTUM cells with four busbars. Korean solar module producer Hanwha Q Cells has raised the bar for multicrystalline module efficiencies, confirming this […]
Result by engineers at that University of New South Wales edges the solar industry closer to the theoretical limits of PV efficiency, smashing previous record of 24% set by Alta Devices of the U.S. A new world record for unfocused sunlight-to-electricity efficiency, set by engineers at the University of New South Wales (UNSW) in Australia, […]
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