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取消330kV系统断路器合闸电阻的研究
引用本文:蔡汉生,白谊春.取消330kV系统断路器合闸电阻的研究[J].电网技术,1996,20(2):8-11.
作者姓名:蔡汉生  白谊春
作者单位:电力部武汉高压研究所,西宁供电局
摘    要:结合西北330kV电网的实际,本文详细分析了取消330kV断路器合闸电阻后的系统合闸、重合闸过电压及MOA吸收能量,得出了大部分330kV线路可以取消断路器合闸电阻的结论。在线路两侧加装MOA的情况下,更多的线路可取消断路器和合闸电阻。

关 键 词:断路器  合闸电阻  避雷器  电网

A RESEARCH OF ELIMINATING CLOSING RESISTORSFOR 330kV CIRCUIT BREAKERS
Cai Hansheng,Ma Renming,Huang Anti, Bat Yichun, Qi TaiyuanWuhan High Voltage Research Institute,Ministry of Xining Power Supply BureauElectric Power,Wuhan, China Xining,China.A RESEARCH OF ELIMINATING CLOSING RESISTORSFOR 330kV CIRCUIT BREAKERS[J].Power System Technology,1996,20(2):8-11.
Authors:Cai Hansheng  Ma Renming  Huang Anti  Bat Yichun  Qi TaiyuanWuhan High Voltage Research Institute  Ministry of Xining Power Supply BureauElectric Power  Wuhan  China Xining    China
Affiliation:Cai Hansheng,Ma Renming,Huang Anti, Bat Yichun, Qi TaiyuanWuhan High Voltage Research Institute,Ministry of Xining Power Supply BureauElectric Power,Wuhan,430074 China Xining,810003,China
Abstract:According to the practical situations of 330kVpower system in Northwest China and under the conditionof eliminating closing resistors for 330kV circuit breakers,the switching-surge overvoltages and the MOA energy dissipation is analyzed in this paper, and it is proved from theanalyses that the bulk of reclosing resistor for most 330kVcircuit breakers can be eliminated. Installing MOA at bothendes of the transmission line, it is possible for more transmission line to eliminate the closing resistor for 330kV circuit breakers.
Keywords:Closing resistor for circuit breaker MOAenergy dissipation Switching - surge overvoltage Absorbed energy  
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