Multi Index Synchronous Optimization of FOC Control Based on Switched Reluctance Motor System

Switched reluctance motor is commonly used in the control of synchronous motor in practical application. In this paper, a simulation experiment is carried out based on a simple model, the main structure and working principle of the system are introduced in detail, the driving mechanism of switched magnetic wave and the design method of related algorithm parameters are analyzed, and it is applied to the system analysis of switched reluctance motor system. Mathematical modeling and optimization experiments are built to verify whether the established model achieves the optimal performance in the control effect. The final experimental results show that the simulation results are reliable and effective.