地下洞室绿色建造与安全智能管控技术

Green Construction and Intelligent Safety Control Technology for Underground Caverns

为了解决水电工程大型地下洞室群地质条件复杂、结构规模宏大、施工工序繁杂,施工难度大且建设周期长等制约水电建设发展的问题。澜沧江TB水电站建设过程中,联合建设、设计、监理、科研及施工单位,以水电工程大型地下厂房高效建造为核心目标,以“科学理论-创新方法-先进技术”为总路线,通过集成与创新,研发了一套水电工程大型地下洞室群高效绿色建造与安全智能管控关键技术,实现了水电工程高效建造技术的突破,取得了良好的经济和社会效益,提升了我国水电工程大型地下洞室群高效绿色建造与安全智能管控技术水平。

This article aims to solve the problems that constrain the development of hydropower construction,such as complex geological conditions,large-scale structures,complex construction processes,high construction difficulty,and long construction periods in large-scale underground caverns of hydropower projects.During the construction process of the TB hydropower station on the Lancang River,the construction,design,supervision,scientific research,and construction units worked together to achieve the core goal of efficient construction of large-scale underground powerhouses in hydropower projects,with the overall route of"scientific theory innovative methods advanced technology".Through integration and innovation,a set of key technologies for efficient green construction and intelligent safety control of large-scale underground caverns in hydropower projects has been developed.It has achieved a breakthrough in efficient construction technology for hydropower engineering,achieved good economic and social benefits,and improved the level of efficient green construction and intelligent safety control technology for large-scale underground caverns in China's hydropower engineering.