Variable universe fuzzy PID control system for vehicle asynchronous motors based on vector control
A variable universe fuzzy PID control strategy based on vector control was developed to address the performance decline of asynchronous motors in vehicles,which can occur due to changes in motor parameters and fluctuations in workload.This strategy employed variable universe fuzzy PID control for self-tuning control parameters and self-adjusting control regulations.It was compared with traditional PID control strategy and fuzzy PID control strategy in a simulation model of a three-phase asynchronous motor's vector control system established by MATLAB/Simulink.Simulation results demonstrated that this combined strategy of variable universe fuzzy PID control and vector control offered several advantages,including rapid response,minimal overshoot,and strong resistance to interference.Experimental results further validated the algorithm's effectiveness in achieving real-time motor control,highlighting its practical value.
asynchronous motorvariable universefuzzy PID controlvector control
万方数据
维普
