Simulation of two-stack two-phase Switched Reluctance (SR) drive using XCOS / Nur Shayheda Hafizan Azhar

This paper describes the designing, modeling and simulation structure for a two-stack two-phase Switched Reluctance (SR) Drive. This simulation presents the performance of the proposed SRM motor especially the torque expression that have a relationship between machine flux linkages or inductance and the rotor position. This project also to approve that the two phase of SR motor has a high torque density, high speed and has much more flat static torque characteristic besides the occurring of torque ripple and acoustic noise. Torque ripple minimization can be possessed by controller unit system such as speed controller and current controller. Thus, PI controller is applying in the system to improve its performance. Scilab/Xcos software are used to predict and simulate the performance of the motor.