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This paper introduces an alternative pathway to designing an efficient interior permanent magnet machine (IPMM) for direct–drive (D-D) wind energy applications. It analyzes the design optimization methodology in great detail, employing multiple experimental verifications to acutely pinpoint the most desirable and feasible format. The focal objectives of minimizing cogging torque, torque ripple, and...
The application of concentrated windings (CW) in interior permanent magnet (IPM) machines has been claimed to enhance high-speed performance by increasing flux-weakening capabilities of the machine. However this is at the expense of a high cogging torque, decreased winding factor as well as saliency ratio. This paper illustrates the effects of implementing well known methods to improve open circuit...
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