Simulation research on precise control of multiple distributed power sources or energy storage devices in high-proportion power electronic power systems

This paper focuses on the application research of precise control of multiple distributed power supplies or energy storage devices in high-proportion power electronic power systems, and deeply studies the effectiveness of FPGA-based control strategy by constructing simulation models. With the rapid development of new energy, the proportion of distributed power supplies and energy storage devices in the power system is increasing day by day. Due to their high proportion of power electronic characteristics, the demand for their precise control is becoming more and more urgent. This paper describes the advantages of FPGA, the characteristics of distributed power supply and energy storage device, and designs the control simulation system architecture based on FPGA, including hardware selection and interface design, software algorithm implementation. Through specific simulation experiments, the operating performance of the system under different working conditions is analyzed, and the significant effect of FPGA control in improving system stability and optimizing energy distribution is verified, which provides a theoretical and practical reference for the accurate and efficient management of distributed energy in the actual high-proportion power electronic power system.