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Interactions by the use of common pylons for EHV transmission lines and electric railroad catenary system

机译:超高压输电线路和电力铁路悬链线系统使用普通塔架的相互作用

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摘要

The growth of the energy production from renewable sources causes the necessity of the transportation of significant power volumes over long distances. Due to the difficulties finding new corridors for the extra high voltage (EHV) transmission lines the use of the same right of ways (ROW) with other infrastructure objects like highways or railroads becomes more and more popular for the construction of new power lines. The electromagnetic interactions by the use of common pylons for EHV transmission lines and electric AC railroad catenary system over distance of 125 km are studied in the offered paper. Typical features of the interactions caused by the location of EHV AC and HVDC OHL in electric railroad ROW are considered in the paper. Different variants of the design of power lines are compared with respect to the produced interferences. Interaction effects and influencing factors are discussed in the offered paper.
机译:来自可再生能源的能源生产的增长导致需要长距离运输大量电力。由于难以为超高压(EHV)输电线路找到新的走廊,因此与其他基础设施对象(如高速公路或铁路)使用相同的通行权(ROW)在建设新的电力线方面越来越受欢迎。在提供的论文中,研究了在125 km的距离上使用超高压输电线路和交流AC铁路悬链系统使用普通塔架的电磁相互作用。本文考虑了由EHV AC和HVDC OHL在电力铁路ROW中的位置引起的相互作用的典型特征。针对产生的干扰比较了电源线设计的不同变体。所提供的论文中讨论了交互作用和影响因素。

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