This article attempts to cover the most recent advancements in multiphase drives (MPDs),
which are candidates for replacing three-phase drives in electric vehicle (EV) applications …

Multiphase systems provides benefits compared to three-phase systems, such as improved
torque per ampere, high power density, better fault tolerance, lower current per phase (due …

This paper presents an analysis of phase voltage and dc bus utilization for a three-phase
Brushless DC motor (BLDC). Both pulse-amplitude (PAM) and pulse-width modulation …

The five‐phase induction motor, being the most elementary form of multiphase induction
motors, boasts low noise, low torque fluctuations, and high load‐bearing capacity, and is …

This paper introduces a novel method to achieve sensorless speed control of a Five-phase
Permanent Magnet Synchronous Motor (PMSM) drive in case of a single-phase open-circuit …

This paper examines the properties of a multi-phase drive for EV (electric vehicles) and HEV
(hybrid-electric vehicles) using a simulation model in the Matlab/Simulink environment and …

Five-phase AC drives allow a third harmonic voltage to be fed into the stator winding–in
addition to the fundamental voltage–to generate a third harmonic magnetic air gap field. This …

Multilevel converters are substantially replacing the conventional two-level converters due to
their ability to meet the higher power demand and improved power quality with lower output …

The Voltage source inverters (VSI) give desirable inverter output voltages and control the
drives in most medium and large power applications. The inverter outputs are influenced by …

In the work by mathematical modeling, an analysis of the functioning of the direct torque
control system of a five-phase induction motor with a table of optimal switching, using only …