Scientists at the Massachusetts Institute of Technology have developed an accelerated process for screening new perovskite compounds as they search for those with the potential to be used in high efficiency solar cells. According to MIT, the process speeds up the synthesis and analysis of new compounds by a factor of ten and has already highlighted two sets of materials worthy of further study.
The manufacturers are pushing back on the basis for the suit that their Korean/German rival has launched, arguing that there is evidence the innovations they refer to were either not new or were obvious steps forward.
Hello and welcome to your Hump Day MB, where we’ll be looking at the potential solving of LID, LevelTEn Energy raising $20.5 million in funding, the verification of CAISO as a reliability coordinator and much more!
An MOU was signed by Mitsubishi and Magnum Developers in Utah to develop a 1,000 MW power facility at underground salt caverns in Utah that can be used to store renewable hydrogen and compressed air, while also deploying flow batteries and solid oxide fuel cells at the site.
A Science journal article describes how to reach “a future with ~10 terawatts of PV by 2030 and 30 to 70 terawatts by 2050, providing a majority of global energy.”
We’ve got a jam-packed MB for you this morning. Today we’ll be looking at the formation of the American Solar Grazing Association, a community solar bill in Maine, the winners of the 17th Solar Cup and much much more!
In this interview Heliolytics CEO Rob Andrews talks about the factors behind the emergence of piloted aerial inspection as the dominant form of site inspection, and also the unique challenges posed by wind damage.
The Hi-MO 4 offers power ratings up to 430 watts, with module efficiencies as high as 19.2%, as the latest high-powered module to hit the floor at Intersolar Europe.
Cree, which pioneered the innovative semiconductor material, is planning to increase silicon carbide production 30x through a massive investment in a fab and materials megafactory in Durham, North Carolina.
Research by NREL and First Solar has produced highly accurate, real-time estimates of available aggregate peak power that a curtailed solar power plant can deliver to support the broader needs of the grid.
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