Modifying Existing 138-kV Transmission Towers to 230-kV Capacity

机译：将现有的138 kV传输塔修改为230 kV容量

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In order to satisfy growing electrical demand in the San Diego, California area, San Diego Gas and Electric Company (SDG&E) is modifying existing transmission towers to maximize right of way utilization. Recent projects include modifying existing 138-kV towers to 230-kV capacity. Design considerations including construction methods, and electrical and structural requirements are discussed.

机译：为了满足圣地亚哥，加州地区，圣地亚哥天然气和电力公司（SDG＆E）在加利福尼亚州地区的不断增长的需求，正在修改现有的传动塔，以最大限度地利用利用权。最近的项目包括修改现有的138千伏塔到230 kV容量。讨论了设计考虑因素，包括施工方法和电气和结构要求。

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来源
《IEEE/PES Transmission and Distribution Conference and Exposition》|2006年||共5页
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作者
Brian C. Wood; Timothy L. Moore;
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中图分类 TM172-53;
关键词
Braced Post Insulator; Full Scale Tower Test; Lattice Tower; Polymer Insulator; Reconductor; Transmission Line Conversion;

机译：支撑后绝缘体;全规模塔式试验;格子塔;聚合物绝缘体;改进;传输线转换;

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专利

1. Double your transmission capacity without changing existing towers [J] . DENNIS DOSS III Electric light & power . 2002,第8期

机译：在不更改现有塔架的情况下将传输能力提高一倍
2. Double your transmission capacity without changing existing towers [J] . DENNIS DOSS III Electric light & power . 2002,第8期

机译：在不更改现有塔架的情况下将传输能力提高一倍
3. Reliability assessment of existing transmission line towers considering mechanical model uncertainties [J] . de Souza Rafael Rodrigues, Miguel Leandro Fleck Fadel, McClure Ghyslaine, Engineering Structures . 2021,第Juna15期

机译：考虑机械模型不确定性的现有传输线塔的可靠性评估
4. Modifying Existing 138-kV Transmission Towers to 230-kV Capacity [C] . Brian C. Wood, Timothy L. Moore IEEE/PES Transmission and Distribution Conference and Exposition . 2006

机译：将现有的138 kV传输塔修改为230 kV容量
5. Existing Building Codes and Historic Masonry Towers [D] . Bennett, John Sheridan. 2020

机译：现有的建筑规范和历史悠久的砖石塔
6. Converting existing transmission corridors to HVDC is an overlooked option for increasing transmission capacity [O] . Liza Reed, M. Granger Morgan, Parth Vaishnav, 2019

机译：将现有输电通道转换为高压直流输电是增加输电容量的一种被忽视的选择
7. Imaging shape of an existing foundation of power transmission towers using 3D electrical exploration [O] . Koichi Suzuki, Kenji Kubota 2015

机译：使用3D电气勘探的电力传动塔现有基础的成像形状
8. Evaluation of Experimental Towers in the 230-Kv Glen Canyon-Shiprock Transmission Line [R] . Brenman, H. 1971

机译：230kv Glen Canyon-shiprock输电线路实验塔的评估

Modifying Existing 138-kV Transmission Towers to 230-kV Capacity

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