Cost Benefit Modeling and Simulation Research on Grid Side Energy Storage Power Stations

This paper constructs a cost-benefit simulation model of grid side energy storage power stations supported by four subsystems: cost, revenue, investment, and return. Each subsystem selects a core indicator cluster to reflect the essence of system modeling and the characteristics and features of the subsystem. Different subsystems strengthen their interrelationships and overall functional performance through a hub indicator chain. Using system dynamics to simulate and analyze the established model, and based on the simulation results, analyze the development trend of energy storage systems. The research content and results of this article can not only comprehensively and accurately explain the cost benefit components, correlation relationships, and evolution trends of grid side energy storage power stations, but also provide decision-making references for more large-scale industrial applications of similar projects.