Electromagnetic Performance Analysis of Hybrid Excited Seg-mental Rotor Flux Switching Machine.

  title={Electromagnetic Performance Analysis of Hybrid Excited Seg-mental Rotor Flux Switching Machine.},
  author={Y. Yang and J. Chen and B. Yan and X. Wang and C. Zhu},
  journal={2018 IEEE International Magnetic Conference (INTERMAG)},
  • Y. Yang, J. Chen, +2 authors C. Zhu
  • Published 2018
  • Physics
  • 2018 IEEE International Magnetic Conference (INTERMAG)
Due to high torque density, simple rotor structure and good heat dissipation, the electrically and permanent magnet (PM) excited segmental rotor flux switching machines (SRFSMs) have attracted much attentions in recent years [1], [2]. The machine topology [3], analysis method [4], and torque ripple reduction method [5] are studied in the literatures. In order to reduce the excitation loss of electrically excited SRFSM and increase the magnetic field regulation capacity of PM excited SRFSM, the… Expand
Analytical Based Enhancement of the Torque Production Capability of Flux Switching PM Machines
A simple analytical model is developed to predict the electromagnetic torque of FSPMMs and it leads to the distinction of a selected topology characterised by high performances in term of torque mean value and ripple. Expand
Optimization Design of a Dual-Stator Switched Flux Consequent Pole Permanent Magnet Machine With Unequal Length Teeth
This article proposes a dual-stator switched flux consequent pole permanent-magnet (DS-SFCPM) machine with unequal length teeth and carries out optimal design of the DS-SFCPM machine. Compared with aExpand


Analysis of electromagnetic performance of flux-switching permanent-magnet Machines by nonlinear adaptive lumped parameter magnetic circuit model
A nonlinear adaptive lumped parameter magnetic circuit model is developed to predict the electromagnetic performance of a flux-switching permanent-magnet machine. It enables the air-gap fieldExpand
New structure of single-phase field excitation flux switching machine for high density air conditioner with segmental rotor
Based on literature, a three-phase 12S-10P Field Excitation Flux switching Machine with overlap windings between armature and FEC has been developed. However the design motor has a problem of highExpand
Three phase segmental rotor hybrid excitation flux switching motors for various applications
Research and development on flux switching machines (FSM) for several applications have been carried out by the researchers in recent years. According to excitation source the FSMs are classified inExpand
Analytical On-Load Subdomain Field Model of Permanent-Magnet Vernier Machines
An analytical subdomain model accounting for tooth-tips and flux modulation poles is developed to accurately predict on-load field distributions in PMVMs and the finite-element analysis (FEA) and experimental results validate the accuracy of the developed analytical model. Expand
A Wound-Field Three-Phase Flux-Switching Synchronous Motor With All Excitation Sources on the Stator
A three-phase, segmental-rotor, flux-switching synchronous motor is presented for the first time, with both field and armature windings placed on the stator. Mutual coupling of the circuits isExpand
Prediction of performance of a wound-field segmented-rotor flux-switching synchronous motor using a dq-equivalent model
The steady-state performance of a type of three-phase flux-switching synchronous motor employing a segmented-rotor and wound-field excitation is investigated using the standard dq model for threeExpand
Topologies for wound-field three-phase segmented-rotor flux-switching machines
Topologies for three-phase segmented-rotor flux-switching machines employing a DC field winding are presented and examined on the basis of the peak armature flux linkage, induced phase EMF and torqueExpand
Investigation of the $dq$-Equivalent Model for Performance Prediction of Flux-Switching Synchronous Motors With Segmented Rotors
The credibility of the dq model to predict the performance of the motors over the operating range is assured and is enhanced by incorporating dq-coupling inductances in the model. Expand
Analytical Prediction of Magnetic Field in Parallel Double Excitation and Spoke-Type Permanent-Magnet Machines Accounting for Tooth-Tips and Shape of Polar Pieces
This paper presents an analytical method based on subdomain method for the computation of open circuit, armature reaction, and on-load magnetic field distribution in integer slot winding parallelExpand
Permanent-Magnet Flux-Switching Synchronous Motor Employing a Segmental Rotor
This paper introduces a three-phase segmental-rotor flux-switching synchronous motor employing permanent-magnet (PM) excitation in the stator. Flux-switching machines operate with bipolar flux andExpand