The Analysis Of Switched Reluctance Motor's Static Performance And Torque Ripple

This paper first uses Delphi 6.0 to program the SRM design software under the environment of Windows, which is based on the nonlinear model. In the software the good interface is provided and the on-line help is given. Second, the math model of the Switched Reluctance Motor (SRM) is established and its static performance is analyzed by two methods, which are the equivalent magnetic network method and the nonlinear magnetic parameter method; The actual current and torque waveforms are given in the control of APC and CCC. Finally, in order to reduce the torque ripple of SRM the fuzzy-control system is established in which the torque-sharing current function is controlled to reduce torque ripple. At last the simulation results are given.This paper works over the analysis of SRM static performance, the reduction of torque ripple, the motor design and performance check. So this paper has some theoretical and practical value in SRM research and its application.