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作 者:张红伟 陈浩 邹相国 ZHANG Hongwei;CHEN Hao;ZOU Xiangguo(PowerChina Hubei Electric Engineering Co.,Ltd.,Wuhan 430040,China)
机构地区:[1]湖北省电力规划设计研究院有限公司,湖北武汉430040
出 处:《电工技术》2023年第S01期88-90,共3页Electric Engineering
摘 要:特高压输电线路工程可输送电量距离远、路径走向区域跨度大。随着土地资源的日趋紧张,输电线路工程设计路径越来越多的需要经过运输条件恶劣的山区地形,给工程施工、物料运输带来了极大的困难。解决特高压输电线路工程山区地形物料运输的有效途径之一便是采用索道进行物料运输。索道运输可显著减少施工临时道路的修筑,对线路周边环境影响小,因地制宜、科学合理的设计索道运输方案,是安全、高效完成物料运输的关键,也是基于索道运输实现山区塔位机械化施工的前提。The ultra-high voltage transmission line project can transport electricity at a long distance and has a large regional span in the path direction.With the increasing scarcity of land resources,more and more transmission line engineering design paths need to pass through mountainous terrain with poor transportation conditions,which brings great difficulties to engineering construction and material transportation.One of the effective ways to solve the problem of material transportation in mountainous terrain of ultra-high voltage transmission line engineering is to use cableways for material transportation.Cableway transportation can significantly reduce the construction of temporary roads and have little impact on the surrounding environment of the line.Designing a cableway transportation plan tailored to local conditions and scientifically reasonable is the key to safe and efficient material transportation,and is also a prerequisite for achieving mechanized construction of mountain tower positions based on cableway transportation.
分 类 号:TM723[电气工程—电力系统及自动化]
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