新华社符拉迪沃斯托克1月4日电（记者孙萍）俄罗斯国家原子能集团公司首席执行官利哈乔夫3日说， 该公司计划到2030年前研制出兆瓦级核动力航天发动机原型。 利哈乔夫对俄媒说，俄国家原子能公司和俄国家航天集团在月球轨道站和兆瓦级火箭发动机项目上开展 合作，这是核能对近地和深空探索的贡献，原型发动机应在2030年前研制成功。 利哈乔夫说，近年来，俄国家原子能公司在100多个高科技新领域的研发取得进展，在核医学和核聚变 领域开发了很多新项目。2025年，该公司的海外订单总额增至2000亿美元，来自海外项目的收入达到 165亿美元。 他还说，俄国家原子能公司在加里宁格勒州和新莫斯科地区建设的两座电池工厂将于2026年投入商业运 营，每年可为10万辆汽车供应充电电池。（完） ...

人民财讯1月1日电，据南方日报，2025年12月31日上午，广东省委书记黄坤明在广州会见了中国核工业 集团有限公司党组书记、董事长申彦锋，党组副书记、总经理张涛一行，双方就深化能源开发合作、携 手加快绿色低碳发展等进行深入交流。 ...

Group 1 - The meeting between Shanghai Electric Group and China General Nuclear Power Group focused on consolidating cooperation, expanding collaboration areas, and enhancing innovation synergy [1][3] - Both companies acknowledged their long-standing strategic partnership and emphasized the importance of their collaboration in advancing China's clean energy sector [3] - The discussion highlighted the need to deepen traditional cooperation in nuclear energy while exploring practical collaboration in solar thermal, wind power, and green hydrogen and ammonia [3] Group 2 - Shanghai Electric aims to support China General Nuclear Power Group in areas such as nuclear safety, technological innovation, and domestic substitution [3] - The companies plan to focus on core technology breakthroughs and deep industrial integration to contribute to the national "dual carbon" strategy and the green transformation of the energy structure [3] - Key executives from both companies participated in the meeting, indicating a strong commitment to ongoing collaboration [4]

证券日报网讯12月31日，中国铀业（001280）在互动平台回答投资者提问时表示，为了更好地履行"强 核基石、核电粮仓"的使命职责，实现公司战略目标和产业规划，公司将聚焦加快建设目标，聚焦主责 主业，加快高质量发展，坚定不移承担好天然铀安全稳定供应这一重要使命，坚定不移落实好做优做大 产业经济这一重要职责。 ...

Group 1 - The establishment of the Controlled Nuclear Fusion Innovation Consortium aims to advance fusion energy as a key future energy source in China, aligning with the country's strategic development plan for nuclear energy [1][2] - The consortium, formed by China National Nuclear Corporation and 25 other entities, will focus on building a technological innovation hub for fusion engineering, integrating technology needs with industrial advantages [1][2] - Shanghai Electric, a leading manufacturer in nuclear power equipment, has developed critical core devices and possesses comprehensive capabilities in the supply of fusion equipment, supporting the industrialization process of fusion energy [2][3] Group 2 - The forum highlighted the transition of fusion technology from scientific research to engineering applications, marking a crucial period for commercialization [3][4] - The event featured 18 thematic reports focusing on advanced technologies such as fusion energy conversion, energy storage, and special power sources, fostering collaboration among academia, industry, and research [4] - Shanghai Electric plans to leverage decades of technological accumulation to collaborate with various sectors in advancing fusion technology from laboratory validation to industrial application [3]

（来源：市场星报） 12月29日，央视"焦点访谈"播出《"聚"力攻坚 追光逐日》，聚焦合肥可控核聚变能大科学装置。 我们的生活离不开能源。在"十五五"规划建议中，有两位"能源新秀"被列为未来产业，那就是氢能和核 聚变能。 位于合肥市西郊的科学岛，面积不足3平方公里，却是中国核聚变研究的策源地与主阵地。2025年，在 这里有关核聚变的研究捷报频传。1月，"东方超环"（EAST）终于创下1亿摄氏度1066秒稳态长脉冲高 约束模等离子体运行的世界纪录；5月，中国下一代紧凑型聚变实验装置工程（BEST）的总装正式启 动；2025年年底，聚变堆主机关键系统综合研究设施（CRAFT）进入全面建成收尾阶段。三箭齐发， 一个世界级核聚变研究装置集群正在形成。 ...

Group 1: Industry Developments - The ITER edge local model power supply system (ELM-PS) cash contract was successfully awarded to a consortium led by the Southwest Institute of Nuclear Physics, covering the design, manufacturing, and installation of 27 adjustable output power supplies[6]. - The Chengdu quasi-symmetric stellarator project has completed its main structure, expected to operate by 2027, filling a significant research gap in China[6]. - New breakthroughs in neutral beam injection technology by New Wave Fusion achieved a total ion source power of 5MW and an injection power of 2.5MW, meeting design goals and enhancing plasma heating capabilities[6]. Group 2: Investment Events - Beijing Zero Point Energy Technology Co., Ltd. completed over 50 million yuan in angel round financing, focusing on low-cost, high-parameter controllable nuclear fusion technology[8]. - The company aims to use this funding to develop its first experimental device for key verification experiments in magnetic zero-point fusion technology[8]. Group 3: Risk Factors - Potential risks include underperformance of industrial policies and delays in technological breakthroughs and cost reductions[8].

Policy Developments - China and France will enhance cooperation in nuclear research, technology applications, and fusion technology, as evidenced by the signing of the 15th cooperation protocol on December 4, 2023[5] - The National Energy Administration of China aims to steadily increase the share of nuclear energy in energy consumption, with 67 out of 112 approved nuclear units (60%) utilizing third-generation or higher technology[5] Industry Dynamics - A breakthrough in superconducting magnet technology was achieved, with a central magnetic field strength of 16.5 Tesla and an inner diameter of 150mm, indicating significant potential for commercial applications in controlled nuclear fusion[6] - The "Xuanlong-50U" device successfully implemented an intelligent control system for plasma shape using reinforcement learning, enhancing precision in plasma control and aligning with national energy strategies[6] - The CRAFT facility passed its first performance test, marking progress in the development of key systems for fusion reactors[6] Investment and Financing - No specific investment or financing events were reported in this period[9] Risk Factors - Potential risks include underperformance of industrial policies and technological breakthroughs not meeting expectations[10]

Core Viewpoint - The company plans to establish a holding subsidiary, Hangzhou Jinghan Energy Technology Co., Ltd., focusing on advanced nuclear energy systems and key equipment development, with a registered capital of RMB 50 million [2][3]. Group 1: New Business Overview - The new subsidiary will have a registered capital of RMB 50 million, with the company contributing RMB 17.5 million (35%) and other investors contributing the remainder [2][5]. - The main business of the new company will focus on research, design, and manufacturing of advanced nuclear energy systems and key equipment [3][5]. - The establishment of the new company has been approved by various board meetings and does not constitute a major asset restructuring as per regulations [3][6]. Group 2: Industry Context - The global market for small modular reactors (SMR) is entering a commercial demonstration phase, with significant growth potential, projected to exceed several hundred billion USD in the next decade [13][14]. - China is a leading country in the development and demonstration of SMR and micro-reactor technologies, with significant advantages in engineering practices and market application potential [14]. Group 3: Management and Operational Structure - The company will directly hold 35% of the new subsidiary's shares and indirectly control 51% through its wholly-owned subsidiary [15]. - The new company will establish a governance structure and management system in line with the parent company's standards, ensuring compliance and effective risk management [16][24]. Group 4: Financial and Operational Impact - The new business is a strategic move for the company, leveraging its existing capabilities in the nuclear industry to expand into advanced nuclear systems [27]. - Initial investments will be made using the company's own funds, with expectations of potential short-term losses as the new business develops [28][29].

（原标题：阿联酋钢铁集团推进工业脱碳） 阿通社12月25日消息，阿联酋钢铁集团（EMSTEEL）与阿联酋核能公司（ENEC）达成合作，通 过采购经I-REC认证的清洁核电，推动钢铁生产脱碳。目前EMSTEEL钢铁业务86%、水泥业务14%已使 用清洁电力，目标是2030年实现100%清洁用电。ENEC旗下巴拉卡核电站年发电约40TWh，可满足全国 25%用电并年减排2240万吨碳。 ...