在与会嘉宾的共同见证下，邹磊、冯来法、刘敬山、谢克昌、顾大钊、姚强为科研总院揭 牌。 国家能源集团科研总院是集团公司强化科技创新顶层设计、统筹科技资源、支撑重大专项 实施的综合性战略平台，确立"十年三步走"的建设目标，力争到2035年全面建成世界领 先的能源科技研发机构。 揭牌仪式前，科研总院理事会召开第一次会议，审议通过了科研总院治理规则、科研总院 理事会议事规则，听取了科研总院筹建工作情况及2026年工作思路汇报。 科研总院理事会成员单位主要负责人及相关代表，集团公司有关部门和子分公司负责人参 加相关活动。 国家能源集团科学技术研究总院揭牌成立 。 12月19日，国家能源集团科学技术研究总院理事会第一次会议暨科研总院揭牌仪式在集 团总部举行。集团公司党组书记、董事长、科研总院理事长邹磊，总经理、党组副书记冯 来法出席仪式，中国工程院院士谢克昌，美国工程院院士、中国科学院外籍院士黎念之分 别致辞，集团公司党组成员、副总经理闫国春，党组成员、总会计师刘敬山，中国工程院 院士、科技委副主任顾大钊，清华大学教授姚强出席活动。 邹磊在致辞中指出，当前全球能源格局深度调整，科技革命与产业变革加速演进，科技创 新已成为 ...

Core Insights - The South-to-North Water Diversion Project is recognized as the world's largest and most complex inter-basin water transfer project, with significant contributions from Wen Xin, a young professor at Hohai University, who has been involved since 2009 [1][2] - Wen Xin's team has successfully addressed multiple core technical challenges, ensuring the safe and high-quality operation of the Eastern Route for nine consecutive years [1][2] Group 1 - Wen Xin participated in the South-to-North Water Diversion Project from its early stages, conducting extensive field surveys to collect hydrological data [1] - The Eastern Route's operational management system, developed by Wen Xin's team, was launched in 2021, enabling automated scheduling decisions for large-scale pump station systems [1] - The project has contributed significantly to the digital construction of the national water network, providing valuable experience for future initiatives [1] Group 2 - Wen Xin's leadership in the development of the North Panjiang multi-energy complementary system represents a significant challenge in energy management, marking China's first pilot project of its kind [2] - The team developed the first domestic and international scheduling rules and models suitable for multi-energy complementary systems in river basins, facilitating successful grid connection and power generation [2] - Wen Xin emphasizes the importance of independent innovation in overcoming challenges in water and energy technology, aligning with national strategic development needs [2]

Core Insights - The third Hydrogen-Boron Fusion Seminar, hosted by New Hope Group, took place in Langfang, Hebei, focusing on the theme "Collaborating on Hydrogen-Boron for Ecological Win-Win" and gathered nearly 50 top research institutions from 11 countries, including China, France, Germany, and the USA [1] - Hydrogen-boron fusion is highlighted as a promising future energy direction due to its advantages such as wide fuel sources, low costs, no radioactive waste, and high efficiency in direct electricity generation, showcasing significant commercial potential [1] - New Hope Group has achieved major breakthroughs in this field, including the "Xuanlong-50U" device reaching a million-ampere hydrogen-boron plasma discharge and setting a record of over 1.2 Tesla in the spherical ring center magnetic field [1] - Fusion technology is becoming a focal point in global energy development, with tech giants investing in fusion research to pursue cleaner and more efficient energy solutions [1] - The unique characteristic of hydrogen-boron fusion, producing charged alpha particles for efficient direct electricity generation, enhances its energy conversion efficiency and commercial viability [1] - Dr. Liu Minsheng, Director of New Hope Energy Research Institute, emphasized that fusion is not only a scientific pursuit but also a transformative technological change crucial for addressing rising temperatures and intensified natural disasters [1] Company and Industry Developments - New Hope Group has invested over 4 billion yuan in the commercialization of fusion energy over the past eight years, supporting key projects like "Xuanlong-50U" [2] - The company has established an international team of over 300 members, including more than 20 high-level overseas talents and over 200 PhD and master's graduates, promoting talent development and cutting-edge research through university-industry alliances and joint laboratories [2]