Effect of stator winding chording on the performance of five phase synchronous reluctance motor

被引：0
|
作者：
Umoh G.D. [1 ]
Obe D.O. [2 ]
Mama B.O. [3 ]
Obe P.I. [4 ]
Ugwuishiwu C.H. [5 ]
Eneh H.A. [5 ]
Obe E.S. [6 ]
机构：
[1] Maritime Academy, Electrical Engineering Department, Akwa Ibom State, Oron
[2] James Cook University, College of Science and Engineering, QLD
[3] University of Nigeria, Civil Engineering Department, Enugu State, Nsukka
[4] University of Nigeria, Industrial Technical Education Department, Enugu State, Nsukka
[5] University of Nigeria, Computer Science Department, Enugu State, Nsukka
[6] Botswana International University, Electrical, Computer and Telecommunications Engineering Department, Palapye
来源：
J. Energy Syst. | 1600年 / 1卷 / 11-26期
关键词：
AC machines; Electromechanical device; Finite element analysis; High-phase order electric machine; Mathematical model; Rotating machines;
D O I：
10.30521/jes.1255747
中图分类号：
学科分类号：
摘要：
The effect of winding chording on five-phase synchronous reluctance motor (SRM) modelled in phase variables is presented. The stator winding configuration is shifted a pole pitch from a full-pitch configuration to a 54 degrees over-full-pitched configuration incorporating the effect of 3rd harmonic of the air-gap magneto-motive force in the inductance equations. The models are monitored on starting, synchronism, loading, faults and loss of synchronism. These are considered simultaneously with vector potential, rotor speed, air-gap flux linkage and winding current. The phase variable (analytical) models have been simulated by using MATLAB/Simulink software while ANSYS Maxwell software has been used to simulate the finite element model (FEM) of the motor for corresponding chording ranges for comparison on direct online starting (DOL). Under all conditions considered in the work, the detailed results are presented and very close similarity is observed between the analytical and the nearly ideal FEM model for all chording ranges and the similarity is enhanced with increase in chording angle. © 2024 Published by peer-reviewed open access scientific journal, JES at DergiPark (https://dergipark.org.tr/jes)
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页码：11 / 26
页数：15
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