Permanent magnet vernier machine: a review
Permanent magnet vernier machines (PMVMs) gained a lot of interest over the past couple
of decades. This is mainly due to their high torque density enabled by the magnetic gearing …
of decades. This is mainly due to their high torque density enabled by the magnetic gearing …
Design of a double-side flux modulation permanent magnet machine for servo application
Flux modulation machine (FMMs), which operate on magnetic gearing effect, have high
torque density and low pulsating torque. Therefore, FMMs are very suitable for servo …
torque density and low pulsating torque. Therefore, FMMs are very suitable for servo …
A Review on the Development of High-reliability Motor System for Safety-critical Applications-From Redundancy Design Prospective
With the rise of application industries such as aerospace, wind power generation, and ship
propulsion in recent years, the dependability requirements of motor systems have become …
propulsion in recent years, the dependability requirements of motor systems have become …
Design and optimization of a flux-modulated permanent magnet motor based on an airgap-harmonic-orientated design methodology
In this article, an airgap-harmonic-orientated design method is proposed, where the airgap
harmonics are newly acted as the effective bridge between the three key elements of …
harmonics are newly acted as the effective bridge between the three key elements of …
A novel dual-stator Vernier permanent magnet machine
Vernier permanent magnet (VPM) machines for direct-drive applications are receiving more
and more attention due to its small pulsating torque, high torque density at low rotation …
and more attention due to its small pulsating torque, high torque density at low rotation …
Permanent magnet vernier machines for direct-drive offshore wind power: Benefits and challenges
Permanent magnet Vernier (PM-V) machines, at low power levels (few kWs), have shown a
great potential to improve the torque density of existing direct-drive PM machines without …
great potential to improve the torque density of existing direct-drive PM machines without …
A generalized equivalent magnetic network modeling method for vehicular dual-permanent-magnet vernier machines
D Cao, W Zhao, J Ji, L Ding… - IEEE Transactions on …, 2019 - ieeexplore.ieee.org
This paper proposes a new equivalent magnetic network (EMN) model for vehicular dual-
permanent-magnet vernier (DPMV) machines by applying a generalized modeling method …
permanent-magnet vernier (DPMV) machines by applying a generalized modeling method …
Analysis and design of a fault-tolerant permanent magnet vernier machine with improved power factor
K Du, L Xu, W Zhao, G Liu - IEEE Transactions on Industrial …, 2021 - ieeexplore.ieee.org
This article aims to analyze and design a fault-tolerant permanent magnet Vernier (FTPMV)
machine with improved power factor. Different from the existing FTPMV machine with …
machine with improved power factor. Different from the existing FTPMV machine with …
Evaluating alternative linear vernier hybrid machine topologies for integration into wave energy converters
This paper discusses the development of linear vernier hybrid machines for use in wave
energy converters. A number of topology options are explored to reduce magnet usage and …
energy converters. A number of topology options are explored to reduce magnet usage and …
Investigation of permanent magnet vernier machines from armature field perspective
Permanent magnet Vernier machines (PMVMs) have drawn more and more attention due to
their high torque density, whereas the power factor of PMVMs is lower than that of regular …
their high torque density, whereas the power factor of PMVMs is lower than that of regular …