Hello one and all and welcome to your Tuesday edition of the pvMB. Today we’ve got on our plates NEC installing over 20 MW of energy storage in Maine and Massachusetts, Biomethanation, Neo Volta’s N14 simultaneously operating DC and AC and more!
Aiming for 70% clean energy by 2030, Colorado’s Holy Cross Energy is piloting a household-scale virtual power plant technology that will help integrate more rooftop solar and storage. A device in each home optimizes provision of power to the grid, as well as grid services.
All the solar installations shown in this photo essay by Rob Davis of Fresh Energy have a mix of flowering species in sufficient diversity, or covering a sufficient portion of the project, to meet pollinator-friendly standards created by entomologists.
Its the weekend and time to play with your hardware! Q-Cells is launching a 25 year *hardware* warranty for modules manufactured in Georgia, NREL researchers are designing tools to test individual battery cells, plus the EIA solar module report!
EnergySage has released an all-new solar buyers guide which provides data and assessments of thousands of different solar modules and inverters, as well as scores of residential batteries.
NREL research projects that as solar power breaks 10% and 25% penetration levels across the United States, energy storage has an up to ~144 GW / 728 GWh opportunity to replace 261 GW of gas peakers.
NREL has announced finalists in its first round of seeking new solar technologies that have significant market potential.
A Science journal article describes how to reach “a future with ~10 terawatts of PV by 2030 and 30 to 70 terawatts by 2050, providing a majority of global energy.”
Pumped hydro storage is highly cost competitive for large-scale energy storage, according to a report published by the San Diego County Water Authority. The report models a pumped hydro project as securing better financing terms than battery storage.
Research by NREL and First Solar has produced highly accurate, real-time estimates of available aggregate peak power that a curtailed solar power plant can deliver to support the broader needs of the grid.
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