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Mitsui & Co. Global Strategic Studies Institute Monthly Report February 2021 Combination of coal-fired thermal power plant and thermal storage: RWE, RWTH Aachen University German power company RWE and RWTH Aachen University are proceeding with an attempt to reduce CO2 by combining heat storage with an existing coal-fired power plant (Figure 9). Surplus renewables are used to heat molten salt, and this heat along with the heat from burning coal are used to create steam for generating power. Surplus renewables can be effectively utilized, and the power produced using heat stored from renewables is treated as producing zero CO2 emissions, lowering the overall CO2 emissions of the coal-fired thermal power plant. RWE has positioned combination with heat storage as a measure for reducing CO2 until coal-fired thermal power generation ceases, and is drawing up a plan to convert the plant into a complete thermal energy storage plant once coal-fired thermal power generation has been abolished. Compact heat storage facility: Eco-Tech Ceram In France, Eco-Tech Ceram is developing a compact heat storage facility using waste heat. (Figure 10) A plant’s waste heat that is normally released into the atmosphere through a chimney is recovered as heat stored in ceramic, and reused as a heat source within the plant. The heat storage temperature is 600°C, and up to 2MW can be stored. In addition to thermal uses, the company also has a concept enabling power generation by installing multiple heat storage devices. Although large projects are the mainstream in the development of thermal heat storage facilities absorbing surplus renewables, development is also being carried out on compact heat storage facilities using waste heat such as this. 40% of primary energy being discarded as heat is an important issue for improving the efficiency of energy usage, and it is believed that waste heat storage facilities will be a trend that gains attention in the future. 6PDF Image | THERMAL ENERGY STORAGE DEVELOPING FOR A DECARBONIZED SOCIETY
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