Multi-station integrated economic scheduling considering dynamic scheduling capacity of energy storage

To solve the problems of coordinated operation and economic scheduling of multi-station convergence (5G communication base station, edge data center, energy storage station, electric vehicle charging station), this article establishes a multi-station convergence economic scheduling model considering the power supply reliability of 5G base station and data center. By exploring the flexibility of load of 5G communication base station, edge data center and EV charging station, a dynamic schedulable capacity model of energy storage is created. The demand side response of TOU electricity price is introduced on the load side of the system, and the reliability of power supply of 5G communication base station and data center is considered to ensure that the adjustment meets the normal operation of 5G communication base station and edge data center. Finally, the optimization model is simulated based on MATLAB, and the results display that the model can Improve the revenue of integration station.