High power density, high efficiency, inexpensive drivetrains operating over a wide
torque/speed range are critical for traction applications. An induction machine ('M) offers a …

Winding layout plays a crucial role in enabling variable-pole operation in an induction
machine (IM). Several winding design alternatives, which consist of toroidal and distributed …

Overmodulation (OVM) strategy is widely utilized to enhance the dc-link voltage utilization.
For five-phase and six-phase drives, various OVM strategies have been developed to …

Pole-phase modulation-based induction motor (PPMIM) drives possess the capability of
providing an extended range of speed–torque for high-power traction application with the …

With the advantage of pole-phase modulation (PPM), the multiphase induction motor drives
facilitate the enriched range of speed-torque characteristics with a higher number of pole …

This article proposes a three-level inverter topology for nine-phase pole phase-modulated
induction motor (PPMIM) drives by using the two identical voltage profile coils (IVPC) of a …

In this article, a multilevel inverter (MLI) scheme is proposed for 9-phase pole phase
modulated induction motor (PPMIM) drives. The proposed inverter scheme is realized with …

In this article, a three-switch leg (3SL)/phase inverter topology is realized for nine-phase
variable pole–phase induction motor (9Ph-VPIM) drives. The 3SL in the proposed inverter …

The symmetrical 6-terminal pole-phase modulation (S6TPPM) induction motor drive
(IMDrive) has proven to be a viable alternative to other drives in electrical vehicles (EVs) …

This paper proposes a 3-level inverter scheme with a single dc source to enhance the
performance of pole phase modulated multiphase induction motor drives (PPMMIM). Each …