Analysis of electromagnetic characteristics of five-phase induction motor before and after phase loss

LIU Yuwei; SUN Peng; WANG Jiguang; SHEN Guiyue; AI Mengmeng

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Analysis of electromagnetic characteristics of five-phase induction motor before and after phase loss

LIU Yuwei 1,SUN Peng 2,WANG Jiguang 2,SHEN Guiyue 2,AI Mengmeng 2 *

1.Harbin University of Science and technology,College of Electrical and Electronic Engineering;Harbin University of Science and technology,College of Electrical and Electronic Engineering;Harbin University of Science and technology,College of Electrical and Electronic Engineering;Harbin University of Science and technology,College of Electrical and Electronic Engineering;Harbin University of Science and technology,College of Electrical and Electronic Engineering

*Correspondence author

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Funding: National innovation and entrepreneurship training program for University Students.the project （No.202110214022）

Opened online: 8 November 2021

Accepted by: none

Citation: LIU Yuwei,SUN Peng,WANG Jiguang.Analysis of electromagnetic characteristics of five-phase induction motor before and after phase loss[OL]. [ 8 November 2021] http://en.paper.edu.cn/en_releasepaper/content/4755668

Compared with the traditional three-phase induction motor, multiphase induction motor not only has the characteristics of high efficiency and high power density, but also has the advantages of small torque ripple and strong anti-interference. Therefore, it has been paid great attention in the application of electric ship propulsion, aircraft drive, locomotive traction and high-power industry. In this paper, a 15kw five-phase induction motor is taken as the research object. Based on Maxwell electromagnetic field theory, the two-dimensional electromagnetic transient field model of five-phase induction motor is established by using finite element simulation software, and solving the problem of the magnetic density, torque and electromagnetic loss of the motor under different working conditions.

Keywords:Five phase induction motor; lack of phase failure; Torque calculation; Loss calculation

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