Storage charging stations feasible? What requirements are posed for inductive transformers? High-power grids may not withstand, requiring energy storage for regulation. The energy storage process is essentially equivalent to an oil depot; energy storage must use batteries, meaning storing electrical energy in batteries, which complete the storage.

Fast charging stations require high-power chargers and a large number of batteries to accomplish. 

In a scenario where a vehicle owner wishes to achieve a two-minute fast charge at a charging station, if the fast charging equipment cannot meet the customer's demands, then energy storage needs to be employed. Energy storage equipped with batteries can achieve rapid charging, presenting one possibility. Another possibility is for charging stations to be equipped with a large quantity of batteries adhering to uniform standards, facilitating the quick replacement of batteries for new energy vehicles.

Many remote areas have wind or solar power, supplemented by an energy storage container to store electricity. When needed, charging can be done simply by scanning a code. Because many service areas on highways are quite remote and not connected to the grid, transporting electricity to them would incur high costs.

The bidirectional inverter energy storage process is relatively mature domestically, with market applications extending from high-power industrial energy storage to commercial and residential energy storage, offering broad market prospects. Alongside the development of new energy vehicles, the application of energy storage in charging station projects will be a new avenue.