Lightning strike probability-based coordinated power control method for energy storage system and load

A lightning strike probability-based coordinated power control method for an energy storage system and a load, wherein the method comprises:

• step 1:
• collecting a predicted lightning probability value for a current time interval ΔT, and performing step 2 when the predicted lightning probability value plightning is >μ1, wherein μ1 represents a minimum predicted lightning probability value at which an energy storage system and a load can perform power regulation, and the time interval ΔT represents a lightning probability prediction cycle, which is equivalent to a regulation cycle of the energy storage system and in units of hour;
• step 2:
• determining a short-term scheduling cost loss of the energy storage system and a compensation cost function of regulated power of a regulatable load;
• step 3:
• establishing a power control model of the energy storage system based on a lightning strike probability;
• and
• step 4:
• establishing a power control model of the regulatable load based on the lightning strike probability, adjusting the regulated power of the regulatable load, and then returning to step 1 to collect the predicted lightning probability value for a next time interval and perform coordinated power control on the energy storage system and the load.