The company has completed the first phase of a massive project with utility SCE based on storing energy in ice for cooling, which it describes as the largest deployment of distributed thermal energy storage in the United States.
Happy hump day to you and welcome to the pv magazine USA morning brief. Today we’ll be looking at an Australian company’s drone powered by solar wings, Southern Arkansas University Tech going solar and everything else fit to get you caught up on solar news.
Los Angeles Mayor Eric Garcetti’s move to phase out three gas-fired power plants by 2029 is expected to accelerate the transition to 100% renewable energy by the largest municipal utility in the nation. But there are big questions about the role that local solar + storage will play.
Commissioner Sandra Kennedy of the ACC is calling for 50% renewable generation by 2028 and, in a first for the ACC, is calling on distributed solar to lead the way.
The research and consultancy group’s study of the latest polar vortex shows the need for greater interconnection of grids and 18-40 hours of energy storage in the Upper Midwest under high renewable energy scenarios. It also shows a potential role for nuclear power; but other extreme weather events tell a different story.
Solar, wind and storage can provide 7 essential grid services, which will help enable them to gain an ever-increasing share of electricity generation.
In today’s pv magazine USA morning brief we also see Hawaii regulators propose performance based incentives for utility HECO, hundreds of laws changed in 2018 regarding the grid, concerns aired before Congress about supply chains for lithium-ion batteries, and more!
At Solar Power Northeast representatives from Cypress Creek, Stem and Kearsage Energy discussed the possibilities and limitations of bringing big solar to New York and New England.
Sunrun won a bid to provide 20MW from the company’s residential solar+storage systems to the New England grid operator’s capacity market beginning in 2022.
PREPA’s draft IRP calls for rapid deployment of solar and batteries, including the installation of as much battery storage as is currently online in the entire United States over the next four years, in a system broken up into “minigrids”. However, it stops short of utilizing behind-the-meter PV and storage.
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