TB水电工程科技与智能建造创新及实践

Scientific and technological innovation and intelligent construction practice of TB hydropower project

摘要

作为澜沧江公司实现中长期发展战略目标第一步的标志性工程，TB电站肩负着新时代下水电工程建设创新发展的重要使命。在总结澜沧江公司20年水电工程建设管理的基础上，守正创新，提出“以关键技术创新为引领、以智能建造平台为支撑、打造TB水电标杆工程”为目标，建立了“1+3+N”科技创新及绿色智能建造体系，实现了智能建造技术在水电工程中的全面应用。通过创新科技与智能建造体系和管理体制，为工程安全、绿色、优质、高效的建设发挥了巨大作用，最终使TB水电站较可研进度提前一年实现投产发电，创造了巨大的经济效益和社会效益，生动诠释了创新驱动发展的理念。

Abstract

As the landmark project of Lancang River Company to achieve the medium and long-term development strategic goal, TB hydropower project shoulders the important mission of innovation and development for hydropower engineering construction in the new era. On the basis of summarizing the hydropower engineering construction management of Lancang River Company for 20 years, this paper puts forward the “1+3+N” system of scientific and technological innovation and green intelligent construction. The proposed system which is guided by the key technology innovation and supported by the intelligent construction platform, tries to build TB hydropower benchmarking project and realize the comprehensive application of intelligent construction technology in hydropower engineering. Through innovative technology, intelligent construction and management function module, the “1+3+N” system has played a vital role in the safe, green, high-quality and efficient construction of the project, and finally enables TB hydropower project to put into operation and generate electricity one year ahead of the schedule of feasibility, creating huge economic and social benefits, and vividly explaining the concept of innovation-driven development.

关键词

TB水电工程 / 智能建造 / 科技创新 / 管理创新

Key words

TB Hydropower Project / intelligent construction / scientific and technological innovation / management innovation

Author summay

李 志(1978—), 男, 高级工程师, 学士, 主要从事水利水电工程建设技术管理及智能建造技术研究。E-mail: [e-mail]

基金资助

华能集团总部科技项目“ 水电工程大坝智能建造关键技术研究”(HNKJ20-H21TB)

云南省院士专家工作站项目(202305AF150207)