The PM modular stator machine had high cogging torque, which created vibration and noise in the machine. The no-load performances such as coil test analysis, three-phase flux linkage, flux distribution, back-EMF, and cogging torque, and load analysis, such as average torque versus current density, instantaneous torque, and average electromagnetic torque, were compared. The proposed design had concentrated, non-overlapping winding, which offered high average torque capability at a wide speed range. In this research paper, various performances of five different rotor pole topologies of the proposed novel modular stator (MS) permanent magnet (PM) flux reversal machine were investigated.
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