ASUDA O，FUNABASHI T. Transient analysis on wind farm suffered from lightning[C]. Universities Power Engineering Conference （UPEC）， Bristol， UK: [s.n.]， 2004: 202-206.
赵海翔，王晓蓉． 风电机组雷击过电压分析[J]． 电网技术，2004，28（4）:27-29，72． ZHAO Haixiang，WANG Xiaorong. Overvoltage analysis of wind turbine due to lightning stroke[J]. Power System Technology，2004，28（4）:27-29，72.
[4]
王晓辉． 风力发电机组雷电暂态效应研究[D]． 北京：北京交通大学，2009．
[5]
SARGENT M A，DARVENIZA M. Tower surge impe- -dance[J]. IEEE Transactions on Power Apparatus and Systems，1969，88（5）:680-687.
[6]
IEEE Working Group. A Simplified Method for Estimating Lightning Performance of Transmission Lines[J]. IEEE Transactions on Power Apparatus and Systems，1985，104（4）:919-932.
[7]
董纪清，陈为，卢增艺． 开关电源高频变压器电容效应建模与分析[J]． 中国电机工程学报，2007，27（31）:122-126． DONG Jiqing，CHEN Wei，LU Zengyi. Modeling and analysis of capactive effects in high-frequency transformer of SMPS[J]. Proceedings of the CSEE，2007，27（31）:122-126.
NAKADA K，WAKAI T，TANIGUCHI H，et al. Distribution arrester failures caused by lightning current flowing from customer’s structure into distribution lines[J]. IEEE Transactions on Power Delivery，1999，14（4）:1527-1532.
[11]
YASUDA Y，FUNABASHI T. Analysis on back-flow surge in wind farms[C]. The International Conference on Power Systems Transients （IPST）， Lyon， France: [s.n.]， 2007:1-6.
[12]
YASUDA Y，UNO N，KOBAYASHI H，et al. Surge analysis on wind farm when winter lightning strikes[J]. IEEE Transactions on Energy Conversion，2008，23（1）:257-262.
[13]
VAHIDI B，MOUSAVI O A，HOSSEINIAN S H. Lightning overvoltage analysis in wind farm[C]. IEEE Region 10 Conference, [s.l.]: IEEE，2007:1-3.
[14]
李显强，王建国，王宇，等． 风电场电缆集电系统雷电暂态数值计算[J]． 高电压技术，2015，41（5）:1566-1573． LI Xianqiang，WANG Jianguo，WANG Yu, et al. Lightning transient numerical calculation of cable power collection system in wind power plant[J]. High Voltage Engineering，2015，41（5）:1566-1573.
[15]
ABD_ELHADY A M，SABIHA N A，IZZULARAB M A. Overvoltage investigation of wind farm under lightning strokes[C]. IET Conference on Renewable Power Generation（RPG）， Edinburgh, England: IET，2011:1-6.
[16]
高玉明，杨立波． 10 kV合成套无间隙氧化锌避雷器热特性研究[J]． 电瓷避雷器，1996（1）:27-30． GAO Yuming，YANG Libo. Thermal properties of 10 kV metal oxide surge arresters[J]. Insulators and Surge Arresters，1996（1）:27-30.
[17]
王 辉，何锦强，赵倡皓，等． 35 kV金属氧化物避雷器雷电冲击老化性能的研究[J]． 电瓷避雷器，2014（4）:72-77． WANG Hui，HE Jinqiang，ZHAO Changhao，et al. Research of degradation performance of 35 kV MOA under lightning impulses[J]. Insulators and Surge Arresters，2014 （4）:72-77.
[18]
郭洁，刘良壁，朱跃． 雷电冲击下金属氧化物避雷器动作负荷研究[J]． 高电压技术，2005,31(2)：18-20． GUO Jie，LIU Liangbi，HU Yue. Operation duty of metal oxide surge arresters at lightning surge[J]. High Voltage Engineering，2005，31（2）:18-20.
