The differential physics-based software simulates how the change in a given input can change the cell’s power output, potentially paving the way for faster improvements in PV efficiency.
The 80 MW Elektron Solar project is set to provide electricity to three municipal governments, one university, and two ski resorts when it reaches operation in 2023.
Research from national labs shows word-of-mouth referrals led to among the highest adoption rates in low-income communities.
The project, supported by Virginia Clean Economy Act, will provide 50% of electricity needs and enable the school system to allocate energy cost savings to supporting student success.
The company currently has a manufacturing capacity of 110 MW, which is planned for expansion to 1 GW by 2023.
Also on the rise: GE brings proven inverter technology to the U.S. market, University of Alabama deploys outdoor solar-powered study pods, robots do the dirty work at CSP plants, land-use scenarios look at agriculture and renewable energy on Oahu
The University of Hawaii at Manoa’s Dr. Matthias Fripp has released a white paper outlining what different land use scenarios would mean for the island in terms of land availability, total electric generation costs, and the overall design of the electric system on Oahu.
GE, the global industrial giant, is entering the U.S. residential solar inverter market with technology that already has made its mark in Australia and Brazil.
In a partnership with startup SolarFi, the University of Alabama has deployed outdoor solar-powered study “pods”.
SEIA responds that a new round of tariffs will hamper U.S. solar development and forestall this administration’s vision of becoming a world leader in clean energy.
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