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This paper is based on the improved performance of the closed loop control of Switched Reluctance Motor drives using Z-Source Inverter with the control rule reduction of 5x5 using Fuzzy Logic Controller(FLC) with the output scaling factor(SF)self-tuning mechanism are proposed.The aim of this paper is to simplify the program complexity of the controller by reducing the number of fuzzy sets of the membership functions(MFs) without losing the system performance and stability via the adjustable controller gain.ZSI exhibits both voltagebuck and voltage-boost capability. It reduces line harmonics, improves reliability, and extends output voltage range.The output SF of the controller can be tuned continuously by a gain updating factor, whose value is derived from fuzzy logic, with the plant error and error change ratio as input variables.Then the expected results, carried out on a four-phase 6/8 pole SRM based on the dSPACEDS1104 platform, to show the feasibility and effectiveness of the devised methods.

An Improved Performance of Switched Reluctance Motor Drives Using Z-Source Inverter with the Control Rule Reduction of Fuzzy Logic Based PI Controller