Co-modeling and Optimal Control of a Solar Power Integrated with Variable Load Energy Management System and Battery Energy Storage System

With the development of social economy and the continuous expansion of power grid, renewable energy generation has gradually attracted people's attention because of its unique characteristics. How to integrate renewable energy into the traditional power grid and make use of it has become a key development direction. This study takes photovoltaic power generation as the starting point and combines with battery energy storage system to optimize the power distribution of the grid. This study brings new possibilities for the integration of photovoltaic energy storage power generation system into the traditional power grid, which is of great significance to the entire power grid structure and environment. In this paper, Matlab is used as a simulation tool, method of linear programming is used to simulate and analyze the power grid connected to photovoltaic energy storage system, and the power grid management strategy is optimized from the perspective of power grid price. This study provides a new way to optimize photovoltaic energy storage system, which is of certain significance to the future development direction of using new energy.