Design of Power Control System for Electrical Automation Equipment Based on Particle Swarm Optimization

Abstract

Electrical automation equipment is a very important automatic control equipment, which is widely used in practical production. In terms of the application of electrical automation equipment, in order to ensure the good effect of the overall equipment in the application, it should ensure that all systems can be used normally, and the power control system is a very important content, so it needs to be designed reasonably. For the design of the power control system, each link must be strictly controlled to avoid internal differences as far as possible and ensure the full play of the overall performance of the control system. The scientific optimization design of the power control system can accurately measure the electric energy of the power system, realize the safe transmission and use of electric energy, and effectively control the electric energy consumption in the power control system, The realization of PID controller automatic control is based on setting controller parameters. In this paper, the optimization design method of electric control system of electrical automation equipment based on particle swarm optimization is presented. Firstly, the particle swarm optimization (PSO) algorithm is introduced, and then the application of PSO algorithm in the design of electric control system of electrical automation equipment is emphatically studied.