In thermal energy storage systems, thermal energy is stored in the medium
of insulated containers and can be converted back into electrical energy when
needed, or directly utilized without being converted back into electrical
energy. Thermal energy storage can be further divided into sensible thermal
energy storage and latent thermal energy storage. The heat stored in thermal
energy storage can be very large, so it can be utilized in renewable energy
generation. Shortcomings: Thermal energy storage requires various
high-temperature chemical thermal working fluids, which are limited in
application scenarios.
By using hydrogen or synthetic natural gas as a carrier for secondary
energy and utilizing excess electricity to produce hydrogen, hydrogen can be
directly used as an energy carrier, or it can react with carbon dioxide to form
synthetic natural gas (methane). In addition to being used for power generation,
hydrogen or synthetic natural gas can also be utilized in other ways such as
transportation. Shortcomings: Low efficiency throughout the entire cycle, with
hydrogen production efficiency of only 40% and synthetic natural gas efficiency
of less than 35%
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