A solar powered SRM drive for EVS using fuzzy controller

Abstract

This project presents the switched reluctancemotor (SRM) with hybrid renewable system. Switched Reluctance Motors (SRM)plays an very important role in the industrial applications, due to these advantages over conventional motors. Due to the ruggedness and simple construction this SRM motor plays a vital role in the industrial applications. They are various methods are applied for control the speed of SRM motor by the hybrid system. The hybrid system energy, has two or more renewable energy source are been used together in order to increase the efficiency of the system and to provide great balance in the system energy. The PV have different type ofcharacteristics when compared to ICEs, Maximum power point tracking (MPPT)withsolarenergyutilizationareoneuniquefeatureforthePV-fed electricalvehiclesEV. Thismatterisdonewhenthemuti-objective function is applied by the proposed system which includes both Torque ripple and speed error. This controller is implemented for 4-kW SRM. In this we are combining the solar pv panels and battery. Hybrid renewable applied in energy storage systems like technoogies of battery, magnetic energy,pumped storages, capacitorsandcompressedairarethealternativesfortheoperator of an EV Electrical vehicle grid which can consume energy from energy production. The simulation results confirm by using ANFIS we can reduce the current oscillations, improve in dynamic performance and we can reduce the torqueripple.