In recent years, Vernier permanent magnet machines (VPMs) have gained much interest in
academia. However, due to the large leakage flux, the power factor of Vernier machines is …

In this article, a V-shaped permanent magnet vernier (V-PMV) machine is proposed for
potential direct-drive applications, where the research efforts are focused on realizing torque …

The concept of virtual vector has been a standard practice for the multiphase machine
drives. However, simply adopting the fixed or adjustable duty-ratio virtual vectors fails to …

This article proposes the design principle considering structural mutual effects of double-
stator V-shape permanent-magnet (DS-V-PM) vernier machines for electric ship propulsion …

This article proposes an auxiliary notch design method for the interior permanent magnet
(IPM) machines for suppressing torque ripple. The key principle of this design method is to …

In order to achieve high-quality energy conversion operation in electric vehicles, the
optimization design of drive motors has been considered as one of the most crucial research …

The spoke-type arrangement of permanent-magnets (PMs) in rotor of Vernier-PM (VPM)
machines was first introduced in a dual-stator topology to overcome low power drawback of …

In this article, the doubly salient permanent magnet machines (DSPMMs) with single-stator
(SS) and dual-stator (DS) configurations are developed and investigated. In order to make …

This paper presents an innovative design for an interior permanent magnet synchronous
motor (IPMSM), targeting enhanced performance for electric vehicle (EV) applications. The …

In this article, an equivalent transformation approach for permanent-magnet (PM) electrical
machines using coordinate transformation theory is presented. With the proposed method …