blog:2023-01-18:carbon_oxygen_battery
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blog:2023-01-18:carbon_oxygen_battery [2023/01/18 19:13] – created va7fi | blog:2023-01-18:carbon_oxygen_battery [2023/01/18 19:20] (current) – va7fi | ||
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+ | And from this [[https:// | ||
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+ | This has several advantages as expensive metal atoms are only used to catalyse the carbon-oxygen reactions and not for storing energy. Indeed a much lower quantity of expensive material is used to store energy in the carbon-oxygen battery than the quantity used in typical batteries. | ||
+ | By storing energy in carbon and oxygen molecules, a rechargeable battery having a maximum theoretical efficiency of 100%, an expected efficiency of 80-95% and a high energy density, such as between 900-4200 Wh/L depending on the pressure, i.e. between 1-100 bars, is produced. Thus, one of the great advantages of the invention is the ability to store electrical energy with high efficiency and energy density when the electricity supply does not match the electricity demand.</ | ||
blog/2023-01-18/carbon_oxygen_battery.1674098008.txt.gz · Last modified: 2023/01/18 19:13 by va7fi