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昌吉—古泉±1100 kV特高压线路工程铁塔组立 被引量:11

Erection Scheme of the Steel Towers of the ± 1100 kV Changji—Guquan UHV Transmission Line
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摘要 从特高压工程铁塔的特点出发,结合工程实际,介绍了可行的特高压铁塔组立方法。为了提高施工效率和施工安全,要依据铁塔的结构、质量及全高采用不同的组合方式进行铁塔施工。为特高压输电线路铁塔组装施工提升装备水平提出了方案,也为今后的特高压线路施工提供良好的借鉴。 Based on the characteristics of the UHV trans- mission towers and the related engineering practice, a feasible method for assembling and erection of the UHV steel towers is in- troduced in this paper. In order to improve the construction effi- ciency and safety, different combinations should be adopted based on the structure, weight and height of the tower for the transmission line construction. This paper also puts forward a scheme for raising the equipment level for assembling construc- tion of UHV transmission towers and provides good reference for construction of UHV transmission projects in the future.
作者 徐君辉 李玉曦 郑艳红 马璐 XU Junhui;LI yuxi;ZHENG Yanhong;MA Lu(State Grid Shaanxi Economic Research Institute, Xi'an 710075, Shaanxi, China;Shaanxi Energy and Electricity Operation Company Limited, Xi'an 712085, Shaanxi, China)
出处 《电网与清洁能源》 2018年第1期45-50,58,共7页 Power System and Clean Energy
关键词 特高压 铁塔组装 内悬浮外拉线 座地双平臂抱杆 起重机 UHV steel tower assembly inner suspension line double flat arm hoist crane
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