The demand for machines with Doubly Salient Permanent Magnets (DSPM) has significantly increased in recent years. This is because of their advantages, which include a remarkable mix of high torque-to-power density, a simple and passive rotor design, and outstanding thermal management abilities. This paper compares and contrasts the two different DSPM machine configurations: 1) a toroidal wound DSPM (TW-DSPM) machine and 2) a pole wound DSPM (PW-DSPM) machine that are being considered to be employed in the industry today. The electromagnetic performances, including PM flux linkage, electromagnetic force, cogging torque, and inductances are examined using the 2-D finite element method (FEM).
