电子测试
電子測試
전자측시
Electronic Test
2015年
18期
81-82
,共2页
1000MW%发电机组%继电保护%配置方案%转子接地
1000MW%髮電機組%繼電保護%配置方案%轉子接地
1000MW%발전궤조%계전보호%배치방안%전자접지
1000MW%generators%protection%configuration%Rotor Ground
针对1000MW级发电机组中传统转子接地保护存在的缺陷,提出一种注入式转子接地保护配置方案.首先对注入式转子接地工作原理及特点进行分析,其次设置配置方案并以发电机的保护为例,通过动模试验,验证注入式转子接地保护的有效性.
針對1000MW級髮電機組中傳統轉子接地保護存在的缺陷,提齣一種註入式轉子接地保護配置方案.首先對註入式轉子接地工作原理及特點進行分析,其次設置配置方案併以髮電機的保護為例,通過動模試驗,驗證註入式轉子接地保護的有效性.
침대1000MW급발전궤조중전통전자접지보호존재적결함,제출일충주입식전자접지보호배치방안.수선대주입식전자접지공작원리급특점진행분석,기차설치배치방안병이발전궤적보호위례,통과동모시험,험증주입식전자접지보호적유효성.
Aiming for 1000MW turbine rotor grounding protection of traditional flaws proposed injection rotor grounding protection scheme. First injection rotor ground working principle and characteristics were analyzed, the second set configuration and to protect the generator, for example, through dynamic simulation test, verification injection rotor ground fault protection effectiveness.
