中国电机工程学报
中國電機工程學報
중국전궤공정학보
ZHONGGUO DIANJI GONGCHENG XUEBAO
2014年
33期
5895-5901
,共7页
陈云云%全力%朱孝勇%莫丽红
陳雲雲%全力%硃孝勇%莫麗紅
진운운%전력%주효용%막려홍
定子永磁式双转子电机(SPM-DRM)%混合动力汽车%能量传递%多工况运行模式%工况实验
定子永磁式雙轉子電機(SPM-DRM)%混閤動力汽車%能量傳遞%多工況運行模式%工況實驗
정자영자식쌍전자전궤(SPM-DRM)%혼합동력기차%능량전체%다공황운행모식%공황실험
stator-permanent-magnet double-rotor motor(SPM-DRM)%hybrid electric vehicle(HEV)%energy transference%multi operational modes%operational modes experiment
提出一种混合动力汽车(hybrid electric vehicle,HEV)用新型定子永磁式双转子电机(stator-permanent-magnet double-rotor motor,SPM-DRM),采用双凸极式电机结构简化了中间转子,有效提高中间转子的机械强度,并克服了双转子永磁同步电机研究中存在的中间转子永磁体散热难的问题。分析SPM-DRM应用于HEV的能量传递原理,结合有限元分析所得电机电磁参数,建立了 SPM-DRM 的数学模型,仿真分析了 SPM-DRM 的多工况运行模式;研制了实验原理样机并搭建基于 SPM-DRM 的动力混合系统实验平台,完成起动运行、纯电动驱动、混合驱动等多种典型工况的实验与分析。实验结果验证了理论分析的正确性、样机设计和控制策略的合理性。为该类电机实际应用于混合动力汽车的进一步研究提供参考。
提齣一種混閤動力汽車(hybrid electric vehicle,HEV)用新型定子永磁式雙轉子電機(stator-permanent-magnet double-rotor motor,SPM-DRM),採用雙凸極式電機結構簡化瞭中間轉子,有效提高中間轉子的機械彊度,併剋服瞭雙轉子永磁同步電機研究中存在的中間轉子永磁體散熱難的問題。分析SPM-DRM應用于HEV的能量傳遞原理,結閤有限元分析所得電機電磁參數,建立瞭 SPM-DRM 的數學模型,倣真分析瞭 SPM-DRM 的多工況運行模式;研製瞭實驗原理樣機併搭建基于 SPM-DRM 的動力混閤繫統實驗平檯,完成起動運行、純電動驅動、混閤驅動等多種典型工況的實驗與分析。實驗結果驗證瞭理論分析的正確性、樣機設計和控製策略的閤理性。為該類電機實際應用于混閤動力汽車的進一步研究提供參攷。
제출일충혼합동력기차(hybrid electric vehicle,HEV)용신형정자영자식쌍전자전궤(stator-permanent-magnet double-rotor motor,SPM-DRM),채용쌍철겁식전궤결구간화료중간전자,유효제고중간전자적궤계강도,병극복료쌍전자영자동보전궤연구중존재적중간전자영자체산열난적문제。분석SPM-DRM응용우HEV적능량전체원리,결합유한원분석소득전궤전자삼수,건립료 SPM-DRM 적수학모형,방진분석료 SPM-DRM 적다공황운행모식;연제료실험원리양궤병탑건기우 SPM-DRM 적동력혼합계통실험평태,완성기동운행、순전동구동、혼합구동등다충전형공황적실험여분석。실험결과험증료이론분석적정학성、양궤설계화공제책략적합이성。위해류전궤실제응용우혼합동력기차적진일보연구제공삼고。
A novel stator-permanent-magnet double-rotor motor (SPM-DRM) was proposed. The SPM-DRM belongs to doubly salient motor which can simplify the middle rotor, effectively improve the mechanical strength of the middle rotor, and overcome the problem of PM heat dissipation with PM-DRM. The energy transference principle of SPM-DRM was presented for hybrid electric vehicles (HEV). The model of SPM-DRM was established based on electromagnetic parameters obtained by finite element analysis. The multi- operational modes of SPM-DRM were analyzed and simulated. A SPM-DRM prototype machine was fabricated and the test bench of the hybrid power system was implemented. The paper accomplished the experiments about some operational modes such as starting, pure electric driving and hybrid driving. The experimental results verify the validity of the theoretical analysis, the prototype design and the rationality of driving control strategy, which are helpful on further studying the SPM-DRM used for HEV.