Improved Cross-Coupled Synchronous Control for Double Switched Reluctance Motors
In order to enhance the synchronization following of two switched reluctance motors(SRM),which are highly nonlinear controlled objects,and reduce the impact of uncertain disturbance on synchroni-zation performance,an improved cross-coupling synchronization control strategy with double SRMS was proposed by combining single neuron PID algorithm.The mathematical model of SRM was established and analyzed.Combined with the improved cross-coupled synchronous control strategy based on single neuron PID algorithm and the static characteristic parameters of SRM based on finite element method,the cross-coupled synchronous control model of double SRM speed was built in MATLAB/Simulink and the steady-state and dynamic performance.The results show that compared with the traditional cross-coupled synchro-nous control strategy,the improved dual-SRM cross-coupled synchronous control strategy makes the dy-namic response ability,anti-load disturbance ability and speed following ability of dual-SRM speed synchro-nization control better.
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