Wood Mackenzie/ACP report estimates that grid scale energy storage deployment increased by 37% quarter on quarter.
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.
A recent report from the LDES Council finds industrial carbon emissions comprise around a quarter of annual global greenhouse gasses, and are growing by 2% every year.
Four experts in grid-scale solar and energy storage share insights at the pv magazine Roundtables US 2023 live event.
The NREL evaluation of solar plus Antora Energy storage system meets the U.S. Military’s exacting standards, revealing that these systems significantly outperform emergency diesel generators in survivability probabilities.
Form Energy’s modeling tools suggest that adding 23.4 GW of their long-duration energy strorage would drastically enhance the efficiency of wind and solar, lowering the curtailment of renewables by up to 83%, and reducing the region’s capacity of needed solar power by over 100 GW.
As more renewable energy comes online each year, the added flexibility and resiliency that energy storage provides has never been more critical—because our grid is not as stable as it needs to be.
Honeywell purchased $27.5 million in ESS common stock and intends to purchase $300 million in ESS product, with $15 million prepaid. The collaboration enables Honeywell to integrate ESS technology into its global offering, and ESS gains license to Honeywell’s flow battery intellectual property.
The 200 MW/400MWh Big Rock project, expected to be online in the second half of 2024, is designed to bring stabililty to the Southern California grid.
The company’s zinc halide storage systems are specifically designed for long-duration energy storage, including utility-scale as well as microgrid applications.
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