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

Model Predictive Control (MPC) has become an effective control strategy, particularly in
Multiphase Induction Machines (MIMs). Unlike their three-phase counterparts, MIMs have …

This study considers the design of a multi-link high-frequency circuit for calculating defective
and defect-free insulation of mesh windings in order to increase the operational reliability of …

This paper proposes a winding reconfigured fault-tolerant control strategy for five-phase
permanent magnet synchronous motors with an open circuit fault. First, a new decoupling …

In this article, a fault-tolerant control method is designed for half-centralized open-end
winding (HCOW) motor drive system with open-circuit fault. In the HCOW drive system, each …

A dynamic interleaving method is proposed in this paper to reduce the DC-link ripple for
dual three-phase permanent synchronous machine drive systems. Existing literature covers …

Automotive applications are revisiting the use of induction machines as magnet-free
propulsive solutions due to their intrinsic robustness and reliability. Special multiphase …

Traditional fault-tolerant strategies inevitably lead to an increase in the amplitude of the fault-
tolerant current. In this paper, a new fault-tolerant control (FTC) method is proposed for …

In recent years, multiphase rectifier development has advanced, offering enhanced reliability
and control flexibility. However, traditional SVPWM (Space Vector Pulse Width Modulation) …

The combination of multiphase and multilevel technologies enables the achievement of
higher power density in motor drives as well as generating systems for wind energy and …