Power Control System in Electrical Automation Equipment based on Immune Feedback Algorithm

Abstract

As one of the essential energy sources for production and life in today's era, electrical energy is of great significance to the stable development of the national economy. Most of the current domestic and international power grids are transmitting and delivering electricity by using ultra-high voltage, ultra-long range, and ultra-large capacity, but the challenges in safety protection of power systems are increasing. This paper briefly explores the IFA and applies it to the design of power control system(PCS) in electrical automation equipment(EAE), analyzes the design and implementation of immune internal mode speed controller, and verifies the effectiveness of the immune feedback algorithm(IFA) based PCS in EAE used in this paper through simulation experiments and analysis of the impact of immune internal mode speed controller parameters on induction motor speed control system.