Abstract:This paper is against on province project “The Study on Live Eliminate Defects Working On Drainage Board On Transmission Line and its’ application” by Jiaxing Electric Power Bureau. We analyzed the 500kV line tower’s data collected. By calculating the dates based on the actual tower type and size, we have got the working gap and hazard rate in order to analyze the security of the live eliminate defects working on drainage board on transmission line.
[1] 胡建勋,刘凯,刘庭,肖宾,吴田. 500kV高海拔紧凑型输电线路带电作业试验研究[J].高压电器, 2010, 46(4): 35-39. [2] 尹洪,吴启进,周玎. 500kV紧凑型输电线路进入等电位方式探讨[J].湖北电力, 2009, 33(4): 53-54. [3] 胡毅,王力农,舒印彪,带电作业保护间隙的放电特性研究[J].高电压技术, 2002, 28(11): 17-18. [4] 郝旭东,朱芸,李雪彦,王武装,刑继国. 220kV紧凑型线路带电作业的研究与工具开发[J].电力设备, 2007 (8): 17-18. [5] 输电线路引流板带电消缺技术研究及应用研究报告.武汉.武汉高压研究所, 2012. [6] KIM D S, ELECTR K. C ASSOC., Seoul, SOUTH K. Analysis of electrical safety level test for barehand work at 765kV vertical double circuit six bundle conductors T/L in Korea, Vol.6(3): 1-5, IEEE, 2009. [7] XU Y, YE Z, GAO X, DENG W. The Live Line Inspection Method of Poor Insulators on ±500kV DC Transmission Lines[J]. 750-753, IEEE, 2012. [8] IEC 60071-2-1996, Insulation Coordination Part 2 Application Guide[s], 1996. [9] GB/T 16927.1—1997,高电压试验技术第一部分:一般试验要求[s], 1997. [10] 国家电网公司电力安全工作规程(线路部分)[s]. 2009.