PV ICE uses the latest data from the solar industry to model the flow of PV materials over the next several decades, helping to predict the effects of different market trends, technological developments, and government policies.
NREL’s final report on the future of storage, drawing from a series of six in-depth studies, presents “key learnings” from across those studies.
US researchers have proposed the use of hydraulically fractured oil and gas wells to store renewable energy via compressed natural gas, with the levelized cost of storage potentially coming in at $70/MWh and $270/MWh. They said wells could also be used to store other renewable gases such as carbon dioxide or hydrogen in the future.
The Solar Energy Technology group awarded $50,000 to five groups for most accurately predicting solar generation data over a four week period, at ten geographically diverse sites across the US.
NREL researchers work on developing high energy density cells to advance stationary storage.
The Department of Energy’s durable materials consortium is a multi-laboratory unit that stress-tests solar modules for durability. It seeks to extend the useful life of PV.
Job moves in solar, storage, cleantech, utilities, and energy transition finance.
UL and NREL released a report on cybersecurity certification recommendations and are actively developing requirements to create cybersecurity certification standards.
Cohoes, New York’s $6 million floating solar project will demonstrate how municipalities can turn reservoirs into clean energy plants, while serving the needs of low-income residents.
The National Community Solar Partnership, a Department of Energy led program, released a roadmap for the target.
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