Multiphase drives offer enhanced fault-tolerant capabilities compared with conventional
three-phase ones. Their phase redundancy makes them able to continue running in the …

Multiphase machines are very convenient for applications that require high reliability. In this
two-part survey, the state of the art about fault tolerance in multiphase drives is reviewed. In …

This article proposes a novel flux weakening scheme for five-phase PMSM with active
harmonic currents injection. The conventional flux weakening control schemes applied in …

The traditional fault-tolerant procedure usually comprises fault detection and fault tolerance.
Fault detection is adopted to locate the specific fault, which increases the complexity and …

To address both single open-switch fault (OSF) and arbitrary two OSFs of a five-phase
permanent magnet synchronous motor (PMSM) drive, a generalized fault-tolerant model …

This article is devoted to develo** a unique series-winding drive (SWD) topology,
analyzing and implementing its control schemes for asymmetrical multiphase permanent …

Although many auxiliary circuits-based fault-tolerant solutions have been developed for
three-phase motor drives, the standard three-phase motor drive without any auxiliary circuits …

Dual-three-phase permanent magnet synchronous machines (DTP-PMSMs) are famous for
their fault-tolerant capability. However, the complex modeling, high copper loss, and torque …

In this article, we propose a novel cascaded adaptive deadbeat (CADB) control method for
permanent magnet synchronous motor drives. First, an adaptive deadbeat (DB) based …

Traditional perspective considers that there is a tradeoff between the postfault operational
performance and the implementation complexity of the control scheme. To approach this …