微电机
微電機
미전궤
MICROMOTORS SERVO TECHNIQUE
2015年
4期
6-9,18
,共5页
轮毂电机%分数槽%有限元分析%磁热耦合
輪轂電機%分數槽%有限元分析%磁熱耦閤
륜곡전궤%분수조%유한원분석%자열우합
in-wheel motors%fractional slot%finite element analysis%magneto-thermal coupled
电动汽车用轮毂电机要满足高功率密度和高转矩密度等要求，因此轮毂电机的电磁场和温度场分析对于轮毂电机的设计至关重要。本文以一台采用分数槽绕组永磁体表贴式结构的轮毂电机为分析样机，根据电机学原理对其绕组磁动势进行谐波分析。分别建立轮毂电机电磁场和温度场的数学模型，通过有限元分析软件进行磁热性能耦合仿真，并进行实验验证。
電動汽車用輪轂電機要滿足高功率密度和高轉矩密度等要求，因此輪轂電機的電磁場和溫度場分析對于輪轂電機的設計至關重要。本文以一檯採用分數槽繞組永磁體錶貼式結構的輪轂電機為分析樣機，根據電機學原理對其繞組磁動勢進行諧波分析。分彆建立輪轂電機電磁場和溫度場的數學模型，通過有限元分析軟件進行磁熱性能耦閤倣真，併進行實驗驗證。
전동기차용륜곡전궤요만족고공솔밀도화고전구밀도등요구，인차륜곡전궤적전자장화온도장분석대우륜곡전궤적설계지관중요。본문이일태채용분수조요조영자체표첩식결구적륜곡전궤위분석양궤，근거전궤학원리대기요조자동세진행해파분석。분별건립륜곡전궤전자장화온도장적수학모형，통과유한원분석연건진행자열성능우합방진，병진행실험험증。
The in-wheel motors used in the electric vehicles must meet requirements such as high power density and high torque density.The analysis of the electromagnetic field and the temperature field for the in-wheel motors is crucial.A surface mounted permanent magnet in-wheel motor with fractional slot winding was taken as the analysis prototype in this paper.According to the electric machine theory, the harmonic of the magne-tomotive force of the winding was analyzed.The mathematical models of the electromagnetic field and the temperature field were established.The coupling simulation was solved by CAE software and the results were verified by the experimental tests.
