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Antora Thermal Battery Cuts Industrial Gas
Coverage from Eurasia Review, ScienceNorway, and others
Thermal energy storage projects are being developed to turn surplus renewable electricity into dependable heat for industry and buildings.
Antora Energy’s 5-gigawatt-hour carbon-block system at POET’s South Dakota ethanol plant is the dominant development, designed to reduce natural gas use while absorbing otherwise curtailed wind power. A separate Minnesota project applies seasonal aquifer storage and electric heat pumps to heating and cooling, showing how thermal storage can serve both industrial and residential demand.
The story is largely stable, but the framing has shifted to emphasize Antora’s South Dakota project as the dominant development and to add that its technology can also convert stored heat back into electricity. The Minnesota project is now described more clearly as serving both heating and cooling, while the overall evidence on costs and operating performance remains limited.
The story has shifted from a broad discussion of thermal batteries to two concrete deployments now moving into execution: a large carbon-block industrial system in South Dakota and a Minnesota aquifer-storage project for buildings. The updated version also adds new commercial and policy details, including a pricing rider meant to support charging when renewable power is abundant.