Six-phase induction machines have mostly shown promise in high-power electric drive
applications as well as wind energy conversion systems. Different winding configurations for …

The development of multiphase drives has taken on an accelerated pace in the last
decades, and fault-tolerance has been the subject of many classic studies. Traditional space …

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 …

Conventional space vector pulsewidth modulation (SVPWM) would degrade the operating
performance of the multiphase motor drives under open-phase fault. To resolve this issue …

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 …

Multiphase induction machine modelling represents a crucial research topic for both
machine control and performance evaluation purposes. Generally, multiphase induction …

As the fault localization for multiphase machines is critical for fault isolation and active fault-
tolerant strategies, reliable fault diagnosis strategy is essential to be proposed. After open …

The growing concern about the energy crisis and environmental protection has caused a
growing interest in wind power generation systems. Researchers and engineers urgently …

This paper proposes a new method to estimate the electrical parameters of five-phase
induction motors based on the response to a step voltage applied to the stator with the rotor …

In multiphase electric machines, high-performance control strategies require suitable
electrical parameter estimation. This aspect is particularly true for the class of multiphase …