This study overviews recent development of a new class of magnetically geared machine
topologies, ie partitioned stator (PS) machines. They are developed from magnetic gears …

Electrical machines have been widely used for many applications, ranging from electric and
hybrid electric vehicles, renewable energy including wind power generators, more electric …

This paper overviews various switched flux permanent magnet machines and their design
and performance features, with particular emphasis on machine topologies with reduced …

In this paper, stator/rotor pole combinations, winding configurations, and electromagnetic
performance of novel variable flux reluctance machines (VFRMs), which employ a doubly …

In this paper, novel variable flux reluctance machines (VFRMs) with different rotor pole
numbers, which employ a doubly salient structure together with field windings identically …

This paper presents a general and accurate approach to determine the no-load flux of field-
excited flux-switching (FE-FS) machines. These structures are inherently difficult to model …

The stator permanent magnet (PM) machines have simple and robust rotor structure as well
as high torque density. The hybrid excitation topology can realize flux regulation and wide …

This paper proposes to implement a segme-nted-rotor high-temperature superconducting
(HTS) flux-switching generator with dual electrical ports for offshore wind power generation …

A modular stator switched reluctance motor (SRM) for fault tolerant drive systems is
proposed. Owing to the particular construction of the stator there is no mutual coupling …

This paper introduces a three-phase segmental-rotor flux-switching synchronous motor
employing permanent-magnet (PM) excitation in the stator. Flux-switching machines operate …