Optimization Scheduling Method for Mobile Energy Storage Considering Economic Efficiency and Emergency Power Supply Scenarios

With the increase in the proportion of new energy generation, it is necessary to build energy storage system to contribute to the new energy electricity consumption. Mobile energy storage has the characteristics of high flexibility and has certain advantages in the consumption of new energy, emergency power supply for distribution networks, and other aspects. Currently, power supply companies are equipped with a certain number of mobile energy storage units, but there is a lack of efficient scheduling methods to improve the utilization efficiency. Therefore, this paper proposed an optimization scheduling method for mobile energy storage that considers both economic efficiency and emergency power supply scenarios. It describes various application scenarios of mobile energy storage units, including an optimization scheduling model that considers economic efficiency and emergency power supply situations, covering the scheduling decision needs in various scenarios such as charging and discharging, and emergency power supply. Through case simulation, it is shown that the optimization scheduling method proposed in this paper can raise the economic efficiency of mobile energy storage by 18% and customer satisfaction by 9.2%, verifying the effectiveness of the method proposed in this paper.