Abstract
Shifted inductances axes permanent magnet motors, also known as asymmetrical rotor permanent magnet motors, are a relatively new class of permanent magnet synchronous machines. The torque density of these machines is increased, as compared to classical PM machines, by aligning the maximum reluctance torque, and maximum PM torque loci. This contribution compares the power capabilities of shifted inductances axes permanent magnet motors, shifted inductances axes hybrid excited motors, classical PM machines, and classical hybrid excited synchronous machines. The comparison study is based on normalized quantities, which will help draw some general conclusions.
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