CONTROL METHOD WITH DISTRIBUTION OF PHASES WINDINGS FOR S\MITCHED RELUCTAIICE MOTOR

This paper presents control method with distribution of phases windings applied to 6-phases 12/10 switched reluctance motor (SRM). The proposed distribution of the phase’s windings with control method allows getting short flux path instead of long flux path. This decreases the current required to establish the flux in the airgap. Control method relies on excited two phases for every rotor position, thus contributing to the improvement of torque. Circuit-coupled time stepping finite element analysis was used to obtain the magnetization characteristics for dynamical modeling applications.

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