Part of a larger portfolio that also includes two wind projects, the solar installations have a combined capacity of 360 MW.
Researchers suggest that by 2050, in a setting where 94% of our electricity comes from renewable sources, approximately 930 GW of energy storage power and six and a half hours of capacity would fully cover the United States’ demand for electricity.
Duke is working with Sunrun, Generac, SolarEdge, and Virtual Peaker to offer existing residential customers the opportunity to participate in the study.
Also on the rise: LBNL report looks at increased panel density and electrical generation in utility-scale plants with trackers and fixed racking. Mississippi net metering rules boost low-income incentives. Microgrid on Prince Edward Island moves forward. NREL’s REopt platform helps optimize energy use in buildings. Learn how AI helps find defects in solar panels. CIT arranges $50 million New York community solar investment with Amp Energy. And more.
Under the new rules, all public utility customers are eligible for a $3,000.00 upfront cash rebate for any 3 kW-6 kW that is used, at least in part, for self-supply, while all customers at or below 250% of the federal poverty line can receive a 2 cent/kWh adder to their net metering rate.
US Senator Jacky Rosen led the group in writing a letter today to President Biden, asking him not to extend Section 201 tariffs on imported solar panels and cells.
The company announced it served as lead arranger in $50.5 million in financing for Amp Energy’s construction of 34 MW of solar in the state.
REopt is a techno-economic decision support platform for optimizing energy use of buildings, campuses, microgrids, and more. More advanced emissions impact tracing is now available as part of the tool.
The loan will be used to expand the company’s solar portfolio through both originated and acquired projects, as well as allow the company to move towards its long-term growth goals, according to Pine Gate.
To speed up the inspection process and improve accuracy, solar farm operators are turning to AI-powered inspection, using algorithms that can automatically detect solar panel defects from images.
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