电机与控制学报
電機與控製學報
전궤여공제학보
ECTRIC MACHINES AND CONTROL
2015年
4期
21-27
,共7页
张继鹏%陈鹏%苏锦智%孙立志
張繼鵬%陳鵬%囌錦智%孫立誌
장계붕%진붕%소금지%손립지
永磁电机%磁通切换永磁电机%电磁场计算%有限元分析%集中参数磁路模型
永磁電機%磁通切換永磁電機%電磁場計算%有限元分析%集中參數磁路模型
영자전궤%자통절환영자전궤%전자장계산%유한원분석%집중삼수자로모형
permanent magnet machine%flux switching permanent magnet machine%electromagnetic field calculation%finite element analysis%lumped parameter magnetic circuit model
为了研究一种定子采用类爪极磁极铁心形状及环形集中绕组的三维磁路结构的磁通切换型永磁电机,在对空载静磁场及电枢反应磁场进行三维有限元磁场计算的基础上,根据电机在不同定、转子相对位置时的磁场分布情况,对三维磁路结构进行集中参数磁路模型建模,并推导出节点磁动势矩阵,通过对矩阵进行解析计算以及对计算结果的分析,推导出电机各主要电磁参数的解析表达式并进行计算和分析,通过与三维磁场计算结果相对比,验证了该磁路模型计算方法的正确性。由于可采用集中参数磁路模型计算可以节省大量计算时间,可以更方便地进行三维磁路结构电机的各种参数优化,对其他三维磁路和分析工作也具有参考意义。
為瞭研究一種定子採用類爪極磁極鐵心形狀及環形集中繞組的三維磁路結構的磁通切換型永磁電機,在對空載靜磁場及電樞反應磁場進行三維有限元磁場計算的基礎上,根據電機在不同定、轉子相對位置時的磁場分佈情況,對三維磁路結構進行集中參數磁路模型建模,併推導齣節點磁動勢矩陣,通過對矩陣進行解析計算以及對計算結果的分析,推導齣電機各主要電磁參數的解析錶達式併進行計算和分析,通過與三維磁場計算結果相對比,驗證瞭該磁路模型計算方法的正確性。由于可採用集中參數磁路模型計算可以節省大量計算時間,可以更方便地進行三維磁路結構電機的各種參數優化,對其他三維磁路和分析工作也具有參攷意義。
위료연구일충정자채용류조겁자겁철심형상급배형집중요조적삼유자로결구적자통절환형영자전궤,재대공재정자장급전추반응자장진행삼유유한원자장계산적기출상,근거전궤재불동정、전자상대위치시적자장분포정황,대삼유자로결구진행집중삼수자로모형건모,병추도출절점자동세구진,통과대구진진행해석계산이급대계산결과적분석,추도출전궤각주요전자삼수적해석표체식병진행계산화분석,통과여삼유자장계산결과상대비,험증료해자로모형계산방법적정학성。유우가채용집중삼수자로모형계산가이절성대량계산시간,가이경방편지진행삼유자로결구전궤적각충삼수우화,대기타삼유자로화분석공작야구유삼고의의。
In order to study one flux switching permanent-magnet machine with a quasi-claw-pole stator core structure and a circular concentrate winding pattern, 3-dimentional electromagnetic field calculations were carried to analyze no-load static magnetic fields and armature reaction magnetic fields respectively. Then one 3-dimentional lumped-parameter magnetic circuit model was built based on the analysis of the magnetic field distributions at different rotor positions in the machine. Firstly the node magneto motive force matrix were derived and solved, then the analytical expressions of main electromagnetic parameters were concluded and analyzed. The correctness of the lumped parameter magnetic circuit calculation model was verified by comparing the results calculated with the corresponding 3-dimentional finite element anal-ysis results. The lumped parameter magnetic circuit model calculations take much less time than conduc-ting 3-dimentional finite element analysis, so optimizations of various parameters of the machine with three-dimensional magnetic structure can be carried out less costly, and can be a reference to analysis of other machines with 3-dimentional flux paths.