Developers from China presented the world's largest energy storage

Chinese developers have officially presented and connected to the grid the world's largest energy storage based on a flywheel. The project demonstrates significant potential for ensuring the stability of energy supply and optimizing the use of renewable energy sources.

The flywheel energy storage works on the principle of accumulating kinetic energy by rotating a massive rotor at high speeds. When energy is needed, the system can instantly transfer it to the grid. This technology is particularly effective for short-term balancing of energy supply, which is critical for networks with a high share of solar and wind energy.

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According to data from the developer company, this project is important for the development of new energy technologies in China . It is capable of providing up to 100 MW of power, which will allow the country to significantly increase the stability of the electricity grid in the conditions of a growing share of renewable sources. This is an important step towards achieving energy independence and reducing carbon emissions.

Flywheel energy storage systems have several advantages over other storage technologies such as batteries. They are not&nbsp ;require rare or expensive materials and can operate without significant degradation for tens of years. Due to high efficiency and quick response, such storage devices can effectively maintain the energy balance in the grid.