Welcome to another morning brief. Today we’ve got Goldman Sachs financing $200 million in Loanpal loans, Swiss RE and kWh analytics collaborating to accelerate solar adoption, Voltus’ 50 MW demand response award, SERES transitioning its battery division into a subsidiary and more!
With tortoise-sized openings at the bottom of the fence, and improved growth of plants vital to tortoise survival, a solar farm in Nevada can provide better habitat than the surrounding desert. First Solar found similar habitat gains in California.
Welcome to today’s edition of the pv magazine morning brief. On this fine morning, we’ll be looking at Greenbacker buying 110 MW, a solar system believed to have caused a house fire in California, a 1 MW rooftop installation in New Jersey and more.
A month after deciding upon the rates Dominion Energy will use to compensate PURPA customers, the state’s Public Service Commission has reversed the decision — raising the rates and laying the groundwork for a successful solar compensation structure.
RWE’s “West of Pecos” 100MWac Texas solar facility has turned on, Sunpin Solar is breaking ground on a 70MWac/98MWdc solar plant in southern California, and Solar Frontier Americas closed on finance for its under-construction 210MWdc Mustang Two plant.
Today we’ve got a 12 MW installation in Virginia, a 1.5 MW project for an Arkansas school district, the dramatic effect of demand fees in Kansas and more.
Hello one and all to your usual Tuesday morning brief. Today we’ve got for you a CFO for SunPower spinoff, Maxeon, changes in the Canadian Solar Board and the sale of a solar project at a military base.
Welcome one and all to the morning brief. Today we’ve got for you RWE bringing 100 MW on-line in Texas, SolarEdge adding features to its online design tool and Sunnova raising funds to safe harbor equipment.
Alencon’s silicon carbide-based SPOT allows for repowering solar power plants that need to replace 600V inverters with newer 1000V/1500V gear, or for those that wish to maximize electricity generation at ageing and imperfect facilities with creative engineering techniques.
Stanford researchers have a plan that would balance 2,000 GW of solar capacity and 2,300 GW of wind power with 3,300 GW of battery capacity and a large amount of flexible load. Consumers would save 64% on total energy bills, partly from electrification of transportation and heating.
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