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The company says this would make it the lowest-cost build-anywhere energy storage on the market. By comparison, a four-hour 100MW/400MWh lithium-ion battery system currently has an LCOS of $132-245/MWh, according to investment bank Lazard.
Long-duration energy storage market leader Highview Power offers a comparably low LCOS for its liquid-air system, which is currently about $100/MWh for a 100MW system and could fall to $50/MWh by 2030, its chief executive Javier Cavada told
Recharge in February that its thermal energy storage system would deliver power for $48-60/MWh when converting existing coal-fired power plants, but this does not apply to newbuild projects.
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Energy-storage
Published: 6 May 2021, 13:11
By:
Andy Colthorpe
Largo Clean Energy was officially launched in December last year, with the company expected to commercialise its VRFB product within 18 months of that date. Image: Largo Resources via Twitter.
Largo Resources, a vertically-integrated vanadium supplier launching its own line of redox flow batteries for energy storage, is establishing 1.4GWh of annual battery stack manufacturing capacity.
The company said yesterday that it has secured a location in Massachusetts, US, from which it will manufacture the vanadium redox flow battery (VRFB) stacks and develop products. The new site will also be the headquarters for Largo Clean Energy, the subsidiary Largo Resources launched in December to capitalise on opportunities in stationary storage for the grid.
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Recharge has learned.
The company hopes that both projects will be commissioned within three to five years.
Land has been secured at both sites, and Hydrostor (and its partners) are working on engineering, permitting of the projects, as well as submitting bids to the California Public Utilities Commission, which is working to secure up to 1.6GW of long-duration energy storage for the state by 2026.
Hydrostor’s technology which has been proven at its 1.75MW/10MWh Goderich facility in Ontario, completed in 2019 differs from standard CAES in that projects can be built anywhere.
Standard CAES, such as the 110MW McIntosh plant in Alabama, uses underground salt caverns to store compressed air and therefore can only be built in a very limited of locations. Hydrostor, however, utilises purpose-built caverns dug from the ground and can therefore be built almost anywhere.
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