王磊，孙鹏，马御棠，等. 地线绝缘化对500 kV威甘甲线耐雷性能影响理论分析[J]. 高压电器， 2014，50（9）:76-78. WANG Lei，SUN Peng，MA Yutang，et al. Theoretical analysis on effect of ground wire insulation on lightning protection performance of 500 kV weiganjia transmission line[J]. High Voltage Apparatus，2014，50（9）:76-78.
[2]
李进，葛广瑞，孙登敏，等. 某 110 kV 同塔双回线路雷害事故分析及对策探讨[J]. 电瓷避雷器，2012（3）:42-45. LI Jin，GE Guangrui，SUN Dengmin，et al. Analysis of the lightning strike accident in a same tower of 110 kV double circuit line and counter measures[J]. Insulators and Surge Arresters，2012（3）:42-45.
[3]
陈冬，刘建华，贾晨曦. 基于ATP/EMTP的耐雷水平研究[J]. 电瓷避雷器，2011（5）:8-12. CHEN Dong，LIU Jianhua，GU Chenxi. The study of lightning withstand level based on ATP/EMTP[J]. Insulators and Surge Arresters，2011（5）:8-12
[4]
任晓娜，吴广宁，付龙海，等. 采用避雷器后输电线路仿真模型的建立及应用现状[J]. 电瓷避雷器，2005（5）:26-29. REN Xiaona，WU Guangning，FU Longhai，et al. The establishment and application of simulation models of transmission line after using arresters[J]. Insulators and Surge Arresters，2005（5）:26-29
[5]
许彬，陈荣彪，刘刚，等. 基于 PSCAD 耦合地线提高输电线路耐雷水平的仿真研究[J]. 华东电力，2013（1）:106-109. XU Bin，CHEN Rongbiao，LIU Gang，et al. The study of increasing lightning withstanding level of transmission line after using coupled ground based on PSCAD[J]. East China Electric Power，2013（1）:106-109
[6]
Masaru Ishii. Multistory transmission tower model for lightning surge analysis[R]. IEEE Trans. PWRD，1991:1327-1335.
[7]
BAYADI A. Parameter identification of ZnO surge arrester models based on genetic algorithms， electr[J]. Power Syst. Res，2008，78:1204-1209.
[8]
黄炜纲，周东平. 对线路防雷计算中绝缘闪络判据的研讨[J]. 中国电力，1999，32（11）:59-63. HUANG Weigang，ZHOU Dongping. The seminar of flashover criterion in lightning calculations[J]. China Power，1999，32（11）:59-63.
[9]
易辉. 同杆双回 500 kV 输电线路防雷特性分析及改进措施[J]. 高电压技术，1998，24（2）:52-55. YI Hui. The analysis and improvement of lightning characteristics of 500 kV double-circuit transmission line[J]. High Voltage Engineering，1998，24（2）:52-55.
