Research on Construction Technology of Steel Bifurcation for Diversion System in Pumped Storage Power Station Under Complex Conditions

Zhou Ruoyu
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Abstract

Limited by weight and volume, the transportation and on-site installation of steel bifurcation in the diversion system of pumped storage power station have become a big problem in the construction of the project. According to the needs of the installation and construction of large 800 MPa steel bifurcation in the complex environment, combined with the characteristics of the transportation and installation in the tunnel, the unloading of steel bifurcation is carried out by using the bridge crane between the installation of underground powerhouse. The hoisting up-anchors and sliding trolley arranged in the tunnel are used to place and install the steel bifurcation, which solves the difficulty of hoisting and installing the large turnout pipe in the tunnel and has positive significance in saving the project cost and reducing the construction risk. In this paper, the construction technology of steel bifurcation is described under the complex conditions in pumped storage power station. Detailed description of steel bifurcation construction layout, assembly, site transportation and installation and other construction points, provide a feasible idea for the development of other similar projects.
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复杂条件下抽水蓄能电站引水系统钢结构分岔施工技术研究
受重量和体积的限制,抽水蓄能电站引水系统钢分岔的运输和现场安装成为工程建设中的一大难题。根据 800 兆帕大型钢分岔在复杂环境下安装施工的需要,结合隧道内运输安装的特点,钢分岔的卸载采用桥式起重机在地下电站安装间进行。利用隧道内布置的吊装上锚机和滑移台车进行钢分岔的安放和安装,解决了隧道内大型岔管吊装和安装的难题,对节约工程造价、降低施工风险具有积极意义。本文介绍了抽水蓄能电站复杂条件下的钢分岔施工技术。详细阐述了钢分岔施工布置、组装、现场运输和安装等施工要点,为其他类似工程的开展提供了可行的思路。
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