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Discharge characteristics of different lightning air terminals under composite voltages

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【作者】 庄池杰； 王泽众； 曾嵘； 刘磊； 李特； 李敏； 崔英哲； 何金良；

【Author】 Chijie ZHUANG;Zezhong WANG;Rong ZENG;Lei LIU;Te LI;Min LI;Yingzhe CUI;Jinliang HE;Department of Electrical Engineering,Tsinghua University;State Grid Jibei Electric Economic Research Institute;China Southern Grid (CSG) Electric Power Research Institute;Electric Power Research Institute of Zhejiang Power Grid;

【机构】 Department of Electrical Engineering,Tsinghua University； State Grid Jibei Electric Economic Research Institute； China Southern Grid (CSG) Electric Power Research Institute； Electric Power Research Institute of Zhejiang Power Grid；

【摘要】 Different types of lightning air terminals have been designed over the years. Concern regarding the effect of different types of air terminals, especially the early streamer emission(ESE)-type,remains controversial. This paper describes the discharge characteristics of different types of air terminals, two of which are quite similar to the ESE-type dynasphere, and concludes that the tested non-standard air terminals have discharge characteristics similar to those of Franklin rods and that their lightning protection performance should be similar.

【Abstract】 Different types of lightning air terminals have been designed over the years. Concern regarding the effect of different types of air terminals, especially the early streamer emission(ESE)-type,remains controversial. This paper describes the discharge characteristics of different types of air terminals, two of which are quite similar to the ESE-type dynasphere, and concludes that the tested non-standard air terminals have discharge characteristics similar to those of Franklin rods and that their lightning protection performance should be similar.

【关键词】 air terminal； lightning protection； discharge characteristics； composite voltage； leader；
【Key words】 air terminal； lightning protection； discharge characteristics； composite voltage； leader；
【基金】 partly supported by National Natural Science Foundation of China(No.51577098);the State Grid Corporation of China,and China Southern Power Grid
  • 【文献出处】 Plasma Science and Technology ,等离子体科学和技术(英文版) , 编辑部邮箱 ,2019年05期
  • 【分类号】TM862
  • 【被引频次】3
  • 【下载频次】59
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