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salt-caverns-will-play-a-key-role-in-future-grid-demands-class-of-h2
© IEA / Hydrogen storage caverns can be created in pillar-shaped rock salt formations.
salt-caverns-will-play-a-key-role-in-future-grid-demands-class-of-h2
© IEA / Hydrogen storage caverns can be created in pillar-shaped rock salt formations.

Salt caverns will play a key role in future grid demands – Class of H2

In order to meet power generation energy system demands through the use of hydrogen as a carrier, high-capacity energy storage will be required to balance the supply and demand.

Highly regarded as an ideal complement to intermittent energy sources, hydrogen will be capable of producing green electricity at time of peak demand, and during periods in which there is an excess of renewable energy in which it could then be stored and used at a later date.

Methods of hydrogen storage include compressed gas, cryo-compressed, as a liquid hydrogen, or within salt caverns, along with other alternatives. The optimum method of power and energy storage will depend on the storage solution.

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