SEIA’s Solar Means Business report finds that low prices and climate change commitments continue to drive strong corporate interest in solar and storage. Apple, Amazon and Walmart lead the list of top players.
Over the course of this strange year, American residential solar companies such as Sunrun, Vivint, SunPower and Tesla claimed they could weather the Covid storm with remote selling and new online strategies. It turns out they were right. BloombergNEF forecasts that Americans will install 3 gigawatts of solar on residential rooftops in 2020.
150 MW of capacity are available for development in 2021, with at least 40% of all approved projects required to reserve at least 51% of their capacity to serve low- and middle-income households.
In this series of articles, Power Factors’ Steve Hanawalt will look in-depth at the four major pitfalls in solar asset monitoring applications, before discussing proposed solutions for fixing these problems—once and for all.
With the difficulties of launching a company exacerbated by the Covid-19 pandemic, EnerVenue has been able to not only survive the challenges, but use them to the company’s advantage. pv magazine sat down with CEO Jorg Heinmann to discuss how the company leveraged risk into opportunity.
Researchers at the University of Rhode Island have suggested homeowners are prepared to pay $279 per year to avoid living within a mile of a large-scale solar plant. Other research has contrary findings.
Also in the brief: Aurora adds battery backup recommendations to its solar design software, Global energy storage capacity could grow at a CAGR of 31%.
The automaker announced that it has come to terms on a power purchase agreement for a 180-MW solar project set to be constructed in Arkansas. The installation will use modules from First Solar.
A new fund has been launched to provide microgrants of $3,000 to $10,000 to the women entrepreneurs and community organizations working to provide clean, reliable and primarily off-grid power to remote communities.
Built in Gangba County, in Xigaze, Tibet, the 40 MW/193 MWh facility was deployed at more than 4,700m above sea level and is functioning as a demonstration project for the ancillary services the technology could offer the Tibetan grid.
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