On September 30, the 100 megawatt compressed carbon dioxide energy storage project, China's Huadian Xinjiang Mulei compressed carbon dioxide energy storage project, connected to the grid to generate electricity, opening up the entire carbon dioxide “compression - liquefaction - energy storage - gasification - expansion - energy release - power generation” process, marking an important breakthrough in key gas-liquid phase change energy storage technology and engineering integration applications in China, and exploring new paths for long-term energy storage.

On September 30, the 100 megawatt compressed carbon dioxide energy storage project, China's Huadian Xinjiang Mulei compressed carbon dioxide energy storage project, connected to the grid to generate electricity, opening up the entire carbon dioxide “compression - liquefaction - energy storage - gasification - expansion - energy release - power generation” process, marking an important breakthrough in key gas-liquid phase change energy storage technology and engineering integration applications in China, and exploring new paths for long-term energy storage.