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Structure Design and Optimization of Self-standing Modular Temporary Tower of 110kV Overhead Transmission Lines

机译:110kV架空输电线路自站模块临时塔的结构设计与优化

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The power sector often has to transfer the transmission lines, cooperating with the municipal construction, highway, railway construction. In other case, power transmission tower fall down or wire is broken caused by natural disasters, which is a serious threat to the safe operation of power transmission lines. To improve repair efficiency and quality of overhead transmission lines in the case of lins' Transformation and disasters and incidents, this paper designed a rapidly assembled Self-standing Modular Temporary Tower, which is in light weight and is easy to be assembled, for 110kV transmission lines. Moreover, it also put forward an optimization plan for structure of the temporary tower. The calculation method and new structures specifically proposed by this project can meet the needs of repair and transformation works of 110kV transmission lines, and they are of great significance to the construction of strong and smart power network.
机译:电力部门通常必须转移传输线,与市政建筑,公路,铁路建设合作。 在其他情况下,通过自然灾害引起的电力传输塔掉落或电线被破坏,这是对电力传输线的安全操作的严重威胁。 为了提高Lins的转型和灾害和事件的情况下提高支架传输线的修复效率和质量,本文设计了一种快速组装的自站式模块化塔,可轻轻组装,易于组装,用于110kV变速器 线条。 此外,它还提出了临时塔结构的优化计划。 该项目专门提出的计算方法和新结构可以满足110kV传输线的维修和转型工程的需求,它们对强大智能电网的构建具有重要意义。

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