Variable phase-pole machines have the potential to extend the operational range to higher
speeds through magnetic pole changes. The state-of-the-art vector-space decomposition …

Six-phase induction motor (6PIM) drives offer enhanced fault tolerance and reduced per-
phase ratings. Hysteresis current control (HCC) is attractive for 6PIMs because it is simple …

Variable phase-pole machines are envisioned in applications requiring a large torque-
speed operating area. The control of these machines relies on accurate models and …

Multiphase electrical machine are inherently fault tolerant due to the higher number of
phases. An important step in achieving a fault tolerant control is the ability to detect and …

Magnet-free acrlongpl vppm are competitive alternatives in electric vehicles where torque-
speed operating region, reliability, cost, and energy efficiency are key metrics. However …

In order to address the issues of complexity, high cost, large volume, and low reliability
associated with traditional H‐bridge cascaded converters when operating under high …

Permanent magnet motors are predominantly being used in electric vehicles due to their
compact size and higher efficiency. However, the performance of such motors degrade …

Induction machine-based multiphase electrical machines combine the robustness and
reliability of well-known induction machines with the benefits of additional degrees of …

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

In this study, it is shown that the multiphase IM can be regarded as a superposition of
independent, decoupled large-pole and small-pole IM by using the VSD conversion in a …