会议指出，古贤工程作为水利部智能大坝建设试点，肩负着水利工程数智化转型探索的重要使命，要始 终锚定"需求牵引、应用至上，数智赋能、提升能力"核心理念，围绕"为何建、建什么、怎么建、谁来 建"四大命题，明确建设逻辑、核心目标、实施路径与责任主体，为后续高质量推进提供遵循。 本站讯近日，黄河古贤水利枢纽有限公司召开专题会议，逐项研究落实智能大坝建设试点核心任务，全 力推动古贤工程打造为数智化建设行业标杆。 会议要求，一要强化责任担当，认真落实水利部党组"安全大坝、生态大坝、智能大坝"三位一体建设部 署，自觉扛起试点建设重任，将智能大坝建设作为共同使命，凝聚上下联动、内外协同的强大合力。二 要明确目标任务,重点构建"透彻感知、动态分析、自主馈控、自主学习"的智能运行模式，系统搭建"数 智底座+融智模型+决策模型+自控系统"核心技术架构，打造孪生体、智慧脑、控制器三大功能板块， 确保实现"透彻感知全域联动、智能推演前瞻决策、精准管控协同高效"的建设目标。三要聚焦关键环 节，加强技术攻坚，以智能设计筑牢建设品质根基，以施工数字化管控提升建管效率，以全域监测网络 精准感知建设状态，以深化决策支撑提升数智赋能实效，确保将古 ...

Core Insights - The National Science and Technology Terminology Approval Committee held its 2025 annual work meeting, releasing 68 frontier research keywords across 11 disciplines, with five keywords related to water conservancy technology reflecting current trends and future directions [1][3] Group 1: Water Conservancy Technology Keywords - "National Water Network" integrates natural rivers and lakes, water diversion projects, and smart control to optimize water resource allocation, flood prevention, and ecosystem protection [2] - "Smart Dam" combines new information technologies with traditional dam engineering, utilizing IoT, big data, AI, and digital twin technologies for comprehensive lifecycle management [2] - "Digital Twin Water Conservancy System" digitally maps and simulates physical water conservancy elements and governance activities, enabling real-time interaction and optimization [2] - "Drought-Flood Transition" describes the extreme event where a region experiences severe drought followed by sudden heavy rainfall, necessitating emergency flood response [2] - "Happy Rivers and Lakes" emphasizes maintaining ecological stability and promoting high-quality development, ensuring safety and satisfaction for local communities [2] Group 2: Institutional Framework - The National Science and Technology Terminology Approval Committee, authorized by the State Council, is the authoritative body for approving and publishing scientific terminology [3] - The committee will conduct annual collections and releases of frontier research keywords starting in 2024, aiming to enhance the role of scientific terminology in guiding discipline development and showcasing advancements in science and technology [3]

Core Insights - The National Water Resources Technology Terminology Committee has identified five key research hotspots in water resources technology for 2025, including "National Water Network," "Smart Dams," "Digital Twin Water Resources System," "Drought-Flood Rapid Transition," and "Happy Rivers and Lakes" [1][2] Group 1: Research Hotspots - "National Water Network" refers to a comprehensive system that integrates water resource optimization, flood disaster reduction, and ecosystem protection, based on natural rivers and lakes [1] - "Smart Dams" are the result of integrating new information technologies with traditional dam engineering, focusing on IoT, big data, AI, and digital twin technologies for enhanced management throughout the dam's lifecycle [1] - "Digital Twin Water Resources System" involves digital mapping and intelligent simulation of physical water resources, utilizing spatial data and mathematical models for real-time interaction and optimization [2] Group 2: Extreme Weather Events - "Drought-Flood Rapid Transition" describes the extreme event where a region experiences worsening drought conditions followed by sudden heavy rainfall, necessitating immediate flood prevention and disaster response [2] Group 3: Ecological and Community Well-being - "Happy Rivers and Lakes" emphasizes maintaining the ecological stability of river and lake systems while ensuring community safety and promoting high-quality development, leading to a harmonious relationship between people and water [2] Group 4: Institutional Framework - The National Science and Technology Terminology Committee, authorized by the State Council, is responsible for the authoritative approval and publication of scientific terminology, with the National Water Resources Technology Terminology Committee focusing specifically on water resources terminology [2]

Core Insights - The meeting emphasized the severe challenges posed by extreme weather on reservoir safety management [1] - There is a push for the construction of smart dams to enhance monitoring, analysis, and decision-making capabilities [1] - The need for scientific determination and verification of reservoir design flood levels was highlighted, along with the development of rainwater monitoring and forecasting systems [1] Group 1 - The meeting recognized the urgent need for robust reservoir safety management in light of extreme weather challenges [1] - The construction of smart dams is prioritized to improve monitoring and predictive capabilities [1] - There is a focus on enhancing the technological support for safe reservoir operations [1] Group 2 - The meeting called for the scientific determination and verification of design flood levels for reservoirs [1] - The development of a rainwater monitoring and forecasting system is essential for effective management [1] - Research on new dam types and the prevention of overtopping failures is crucial for improving flood response capabilities [1]

Core Viewpoint - China has successfully built multiple smart dams, attracting global attention due to its innovative achievements and practical experiences [1] Group 1: Smart Dam Development - A total of 51,000 small reservoirs in China have completed monitoring facility upgrades, establishing an integrated perception system combining "sky, land, water, and engineering" [1] - China has launched 12 pilot projects for smart dam construction, promoting the overall advancement of smart dam development in the country [1] - The installed capacity of dams in China ranks first in the world [1]