电机与控制学报
電機與控製學報
전궤여공제학보
ECTRIC MACHINES AND CONTROL
2000年
4期
251-254
,共4页
防晕结构%整浸%防晕材料
防暈結構%整浸%防暈材料
방훈결구%정침%방훈재료
post-impregnation%corona protecting structure%corona protective material
通过理论计算和有关的优化理论,设计出合理的防晕结构,并对10kV整浸电机的防晕结构进行了设计。经实验检验该设计方法有效可行且十分准确。将国内外材料进行各项性能考核、比较,最终选定了10kV级VPI电机用防晕材料。
通過理論計算和有關的優化理論,設計齣閤理的防暈結構,併對10kV整浸電機的防暈結構進行瞭設計。經實驗檢驗該設計方法有效可行且十分準確。將國內外材料進行各項性能攷覈、比較,最終選定瞭10kV級VPI電機用防暈材料。
통과이론계산화유관적우화이론,설계출합리적방훈결구,병대10kV정침전궤적방훈결구진행료설계。경실험검험해설계방법유효가행차십분준학。장국내외재료진행각항성능고핵、비교,최종선정료10kV급VPI전궤용방훈재료。
A reasonable corona protecting structure is designed using theorectical calculation and optimized theory.The end corona protecting structure of coil of a 10kV post-impregnated HV machines is designed by this way.The way is effective,feasible and accurate.According to the evaluation and the properties in many aspects and by comparison with other materials both in domestic and overseas,the final choice of the material for 10k VVP Imachines is obtained.