Also on the rise: Ohio’s largest solar complex activates its first phase. Agrivoltaics can help meet growing needs of the Lone Star State. And more.
Scientists have used remote sensing to analyze the effect solar farms have across 116 sites worldwide. They found that the cooling effect is higher during the daytime, with albedo decreasing by 0.016 for most facilities.
As the economy and population in Texas grows, so does its demand for electricity as well as sustainable food production. Texas A&M researchers collaborated on a study that finds that agrivoltaics offers the potential to enhance the efficiency of both.
New research has shown that solar parks can play a positive role in promoting bird diversity in the agricultural landscape of Central Europe. The scientists said solar farms offer food availability and nesting sites.
An analysis by NREL in North Carolina reveals that various types of tree pollen can reduce solar panel efficiency by over 15%. Unlike the immediate improvements assumed to follow heavy rain, recovery of performance post-pollen season is gradual. Manual cleaning post-rain can boost performance by 5% to 11%.
Georgia Tech researchers discovered that isolated water or oxygen exposure does not degrade cells, and it is rather the interplay of the molecules that cause rapid degradation.
Wood Mackenzie/ACP report estimates that grid scale energy storage deployment increased by 37% quarter on quarter.
Blue hydrogen is a form of the resource produced from fossil fuels, where the carbon dioxide is then captured and stored.
Solar power and wind energy depend on intermittent energy sources, and a team from Pacific Northwest National Laboratory looked at the frequency and duration of ‘energy droughts’ across the U.S. in order to help grid operators keep the energy flowing.
Solar electricity’s slower growth as part of all electricity generation in the U.S. this year, reflects the impact of reduced solar capacity installations in the previous year.
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