The application discloses a distributed
energy storage scheduling method based on a
reinforcement learning algorithm, relates to the technical field of distributed
energy storage, and comprises the following steps: an environment model of a battery swap
station is constructed, and the scheduling management of the battery swap
station is abstracted as a Markov
decision process; wherein the environment model comprehensively considers battery charging and discharging characteristics,
battery degradation and user charging and battery swap demands; an improved DDPG
algorithm network architecture is introduced to strengthen the
optimal scheduling strategy output by the Markov
decision process; an experience replay
pool is set, DDPG
algorithm network parameters are updated, and the final
optimal scheduling strategy is optimized and obtained. The application abstracts the scheduling management of the battery swap
station as a Markov
decision process, introduces the improved DDPG algorithm
network architecture, and sets the experience replay
pool, so that a small amount of abnormal sample experience is avoided from being ignored, the final
optimal scheduling strategy can be suitable for a complex dynamic
power grid environment, the uncertainty problem of the distributed
energy storage power grid can be solved, and actual scheduling demands can be met.