Finite Element Analysis of Switched Reluctance Motor be Control of Firing Angles for Torque Ripple Minimization

In this paper, control of Switched Reluctance Motor by control of firing angles and the effect of variations of stator pole arc for Torque Ripple Reduction is reviewed. Steady state dynamic characterizations of basic switched reluctance motor 6/4 are calculated for three different sizes of stator pole arcs. The results of dynamic analysis indicates that steady state performance of SRM is improved with using of the control of firing angles and stator pole arc being increased by pole shoes. Two- Dimensional Finite Element Method (2D FEM) is utilized to model and control strategies of Switched Reluctance Motor.