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Steel Transmission Pole Structural Capacity Uprating for High Voltage Transmission Line and Substation Upgrade Projects

机译:高压输电线路和变电站升级项目钢传动杆结构容量升高

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High voltage electrical transmission line and substation upgrade projects are placing increased structural demand on existing steel pole support structures. Transmission line and substation engineers face the challenge of finding economical solutions when existing steel poles are determined to be structurally overloaded due to the demands of wire upgrades, code changes, and line routing or substation layout modifications. When existing steel poles are determined to be overloaded, reinforcement solutions are available to increase the structural capacity of the poles. In specific circumstances, reinforcement and modification operations can be performed in the field offering advantages when compared to structure replacement operations. This paper discusses specific pole shaft and baseplate reinforcement solutions that have been designed and installed on existing American Transmission Company steel transmission poles to support upgrade projects. The information provided in this paper will provide a broad understanding of reinforcement options which increase the structural capacity of existing steel poles.
机译:高压电气传输线和变电站升级项目正在增加对现有钢极支撑结构的结构性需求。输电线路和变电站工程师面临着发现经济解决方案的挑战,当确定现有的钢极由于线升级的需求而在结构上过载时,代码变化和线路路由或变电站布局修改。当确定现有的钢杆被确定过载时,可以增加磁极的结构能力。在具体情况下,与结构更换操作相比,可以在现场提供强化和修改操作。本文讨论了现有的美国传输公司钢铁传输极点设计和安装的特定杆轴和底板加固解决方案,以支持升级项目。本文提供的信息将对加强方案的广泛理解,这增加了现有钢极的结构能力。

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