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地铁车站及区间防雷接地设计简析

来源于: 发表时间:2020-11-04 12:11 编辑:fzy

   倪金磊(北京城建设计发展集团股份有限公司天津分公司,天津市 300070)

刘树峰 彭广文(北京城建设计发展集团股份有限公司,北京市 100037)

地铁车站及区间防雷接地设计简析(倪金磊  刘树峰  彭广文)

Brief Analysis on Protection against Lightning and Earthing Design

of Metro Station and Section

NI Jinlei(Beijing Urban Construction Design & Development Group Co.Ltd.,

Tianjin Branch,Tianjin 300070China)

LIU Shufeng PENG Guangwen

(Beijing Urban Construction Design & Development Group Co.,Ltd.,Beijing 100037China)

 

 

    AbstractAccording to the requirements and engineering practice of the current technical specifications,combined with a Rail Transit Line 3 and Line 4,a Metro Line 11,the main design ideas of protection against lightning and earthing in metro station(underground station, elevated station)and elevated section are expounded, and some key points suitable for protection against lightning design of metro engineering are summarized, including: earthing grid setting of underground station; protection against lightning design of underground station;

earthing grid setting of elevated station; protection against lightning design of elevated station; protection against lightning design of elevated section.

    Key wordsmetro station;elevated section;protection against lightning and earthing;natural earthing body;artificial integrated earthing grid;equipotential bonding;protection against lightning downlead;stray current

 

  摘 要:根据现行技术规范的要求和工程实践,结合某轨道交通34号线,某地铁11号线工程,阐述地铁车站(地下车站、高架车站)、高架区间的防雷接地的主要设计思路,总结出一些适用于地铁工程防雷设计的要点,主要包括:① 地下车站的接地网设置;② 地下车站的防雷设计;③ 高架车站的接地网设置;④ 高架车站的防雷设计;⑤ 高架区间的防雷设计。

  关键词:地铁车站;高架区间;防雷接地;自然接地体;人工综合接地网;等电位联结;防雷引下线;杂散电流

  中图分类号:TU895         文献标识码:A

    doi10.3969 / j. issn.1003 8493.2020.010.013

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