Five-Phase Hybrid Single-/Double-Layer Fractional Slot-Winding PMSM for Torque Improvement Under Third Harmonic Current Injection Condition

A 60-slot/22-pole five-phase machine with hybrid single-/double-layer fractional slot winding is proposed to improve torque under third harmonic current injection condition. Design process of the proposed machine includes two steps of first combining two sets of 20-slot/22-pole machine windings and...

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Published inIEEE transactions on magnetics Vol. 58; no. 8; pp. 1 - 6
Main Authors Huang, Jiaxuan, Sui, Yi, Yin, Zuosheng, Yang, Shijie, Zheng, Ping
Format Journal Article
LanguageEnglish
Published New York IEEE 01.08.2022
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Coils (windings)
Current injection
Current loss
Eddy current testing
Eddy currents
Finite element analysis
Five-phase
Force
Harmonic analysis
Harmonics
Machine windings
Magnetism
magnetomotive force (MMF) harmonics
permanent magnet (PM) machine
Permanent magnets
Stator cores
Stator windings
third harmonic injection
Torque
Winding
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Abstract A 60-slot/22-pole five-phase machine with hybrid single-/double-layer fractional slot winding is proposed to improve torque under third harmonic current injection condition. Design process of the proposed machine includes two steps of first combining two sets of 20-slot/22-pole machine windings and then shortening coil-pitch. Due to the special structure of the proposed machine, torque-contributing space harmonics in magnetomotive force (MMF) are improved, and redundant space harmonic in MMF which causes high eddy current loss in permanent magnets is suppressed. The proposed machine is evaluated under two modes of third harmonic current injection, namely constant rms and peak harmonic injection. Compared with 20-slot/22-pole machine, the proposed machine achieves higher torque and lower losses under both third harmonic current injection conditions. Besides, the performance of the proposed machine when injecting only the first or third harmonic current is also analyzed.
AbstractList A 60-slot/22-pole five-phase machine with hybrid single-/double-layer fractional slot winding is proposed to improve torque under third harmonic current injection condition. Design process of the proposed machine includes two steps of first combining two sets of 20-slot/22-pole machine windings and then shortening coil-pitch. Due to the special structure of the proposed machine, torque-contributing space harmonics in magnetomotive force (MMF) are improved, and redundant space harmonic in MMF which causes high eddy current loss in permanent magnets is suppressed. The proposed machine is evaluated under two modes of third harmonic current injection, namely constant rms and peak harmonic injection. Compared with 20-slot/22-pole machine, the proposed machine achieves higher torque and lower losses under both third harmonic current injection conditions. Besides, the performance of the proposed machine when injecting only the first or third harmonic current is also analyzed.
Author Yin, Zuosheng
Sui, Yi
Zheng, Ping
Huang, Jiaxuan
Yang, Shijie
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Snippet A 60-slot/22-pole five-phase machine with hybrid single-/double-layer fractional slot winding is proposed to improve torque under third harmonic current...
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SubjectTerms Coils (windings)
Current injection
Current loss
Eddy current testing
Eddy currents
Finite element analysis
Five-phase
Force
Harmonic analysis
Harmonics
Machine windings
Magnetism
magnetomotive force (MMF) harmonics
permanent magnet (PM) machine
Permanent magnets
Stator cores
Stator windings
third harmonic injection
Torque
Winding
Title Five-Phase Hybrid Single-/Double-Layer Fractional Slot-Winding PMSM for Torque Improvement Under Third Harmonic Current Injection Condition
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Volume 58
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