（编辑 任世碧） 证券日报网讯 1月9日，中国核电在互动平台回答投资者提问时表示，公司持有华能海南昌江核电有限 公司49%的股权。公司于今年1月1日投产1台漳州2号核电机组，此外江苏核电7号机组与海南核电小堆 机组计划于今年下半年投产，具体请以公司公告为准。 ...

2025.12. 22 本文字数：814，阅读时长大约2分钟 作者 | 第一财经 林春挺 据中广核介绍，连同今年已开工的广东陆丰核电1号机组、广东太平岭核电3号机组、山东招远核电1 号机组、浙江三澳核电3号机组及福建宁德核电6号机组，中广核2025年共新开工6台核电机组。 这一系列动作是中国近年来"积极安全有序发展核电"方针的具体体现。 12月15日召开的2026年全国能源工作会议再一次提到，未来一年"持续提高新能源供给比重……有 序推进重大水电项目，积极安全有序发展核电"。 微信编辑 | 雨林 第 一 财 经 持 续 追 踪 财 经 热 点 。 若 您 掌 握 公 司 动 态 、 行 业 趋 势 、 金 融 事 件 等 有 价 值 的 线 索 ， 欢 迎 提 供 。 专 用 邮 箱 ： bianjibu@yicai.com 12月22日，广东与广西分别有一台核电机组投入建设。 第一财经记者从中国广核集团（下称"中广核"）获悉， 22日当天，中广核广东陆丰核电项目2号机 组完成核岛第一罐混凝土浇筑（FCD），标志着该机组主体工程正式开工。 陆丰核电项目位于广东省汕尾市，规划建设6台百万千瓦级压水堆核电机组，已 ...

中新社广东汕尾12月22日电 (索有为朱丹)中国广核集团(下称"中广核")广东陆丰核电项目2号机组22日完 成核岛第一罐混凝土浇筑(FCD)，标志着该机组主体工程正式开工。 本次核岛混凝土浇筑总量约6635立方米，持续时间约64小时。 陆丰核电项目位于广东省汕尾市，规划建设6台百万千瓦级压水堆核电机组，已核准4台机组。其中，项 目5号、6号、1号机组此前已开工建设。 12月22日，广东陆丰核电项目2号机组主体工程开工。(中广核供图) 目前，陆丰核电项目整体建设有序推进。项目1号机组已进入主体工程建设高峰；项目5号、6号机组均 已完成穹顶吊装，已全面进入设备安装阶段。 据了解，连同今年已开工的广东陆丰核电1号、山东招远核电1号、浙江三澳核电3号及福建宁德核电6号 机组，中广核2025年共新开工建设5台核电机组。(完) （文章来源：中国新闻网） 据悉，陆丰核电2号机组工程建设将充分吸取前序项目经验，持续推广新工艺、新工具、新材料应用。 相较于传统施工方式，项目广泛采用工厂预制、现场组装的模块化施工技术，显著提升了工程精度、质 量管理与工效，同时降低现场作业风险。项目通过深度融合BIM(建筑信息模型)、三维扫描与数 ...

中国广核集团广东陆丰核电项目2号机组完成核岛第一罐混凝土浇筑，标志着该机组主体工程正式开工。 12月22日，中国广核集团（以下简称"中广核 " ）广东陆丰核电项目2号机组完成核岛第一罐混凝土浇筑（FCD），标志着该机组主体 工程正式开工。本次核岛混凝土浇筑总量约66 35立方米，持续时间约64小时。 陆丰核电项目位于广东省汕尾市，规划建设6台百万千瓦级压水堆核电机组，已核准4台机组。项目5、6号机组分别于20 22年9月8日和 2023年8月2 6日开工建设。项目1、2号机组于20 24年8月19日获国家核准，其中1号机组已于20 25年2月24日开工建设。 人民服系社主管主办 能 源 领 域 最 大 的 原 创 内 容 基 地 发行热线 010-6536 9497 中国航标报 真 010-6536 9481 传 � 人民- Dast 践行央媒使命 守望能源变革 2026年《中国能源报》 ■ O 全年定价480元|份 每周一出版 lip toil 21/ 国内邮发代号1-6 国内统一刊号为CN11—0068 回發 ack 1 14 中国超强网（含官方微博、官方微信 ）入列中央新闻网站 据悉，陆丰核电2号机组工 ...

【中广核广东陆丰核电项目2号机组主体工程开工】智通财经12月22日电，中国广核集团广东陆丰核电 项目2号机组22日完成核岛第一罐混凝土浇筑（FCD），标志着该机组主体工程正式开工。连同今年已 开工的广东陆丰核电1号机组、山东招远核电1号机组、浙江三澳核电3号机组及福建宁德核电6号机组， 中广核2025年共新开工5台核电机组。 转自：智通财经 转自：智通财经 【中广核广东陆丰核电项目2号机组主体工程开工】智通财经12月22日电，中国广核集团广东陆丰核电 项目2号机组22日完成核岛第一罐混凝土浇筑（FCD），标志着该机组主体工程正式开工。连同今年已 开工的广东陆丰核电1号机组、山东招远核电1号机组、浙江三澳核电3号机组及福建宁德核电6号机组， 中广核2025年共新开工5台核电机组。 ...

Core Viewpoint - Rongcheng City in Shandong Province is transforming into a "zero-carbon city," integrating ecological, industrial, and social aspects to achieve sustainable development and serve as a model for green transformation in county-level cities [1][2][3]. Group 1: Zero-Carbon City Development - Rongcheng has incorporated "zero-carbon" into its urban development strategy, focusing on creating a green, low-carbon circular economy [1][2]. - The city has a clean energy installed capacity of 4.09 million kilowatts, accounting for 96.1% of its total energy capacity, positioning it as a "near-zero carbon city" [3][4]. - The local government has organized 22 departments to develop a comprehensive plan for zero-carbon city construction, ensuring effective implementation from design to execution [3][4]. Group 2: Clean Energy Initiatives - The expansion of the Huaneng Shidao Bay Nuclear Power Plant is a key project, with plans for four million-kilowatt nuclear units, significantly contributing to clean energy supply [5][6]. - Rongcheng is also developing a "multi-energy complementary" system, integrating nuclear, wind, solar, and storage energy to enhance energy efficiency [6][7]. - The city has initiated a rooftop distributed photovoltaic project and a smart charging station project to address charging infrastructure shortages and promote zero-carbon transportation [6][7]. Group 3: Industrial Transformation - Rongcheng is shifting from traditional manufacturing to green manufacturing, with a focus on large-scale, lightweight, and intelligent wind turbine blade production [7][8]. - The establishment of a virtual power plant aims to optimize energy use and reduce costs for local enterprises, enhancing regional competitiveness [8][9]. - The city has nurtured numerous digital economy factories and green manufacturing enterprises, reflecting a strong commitment to industrial green transformation [9][10]. Group 4: Marine and Ecological Initiatives - Rongcheng has developed a multi-nutritional layer aquaculture model, significantly increasing production and carbon fixation capabilities [10][11]. - The city has restored 1,250 acres of seagrass beds, enhancing its carbon sequestration potential and supporting local biodiversity [11][12]. - Efforts to modernize fishing vessels and promote energy-efficient fishing practices are part of the broader strategy to reduce carbon emissions in the marine industry [12][13]. Group 5: Community Engagement and Lifestyle Changes - The launch of the "Nuclear Heating Project" has improved heating efficiency and reduced emissions, contributing to a cleaner urban environment [13][14]. - The adoption of new energy buses and green building standards reflects a community-wide commitment to sustainable living [14][15]. - Rongcheng promotes eco-friendly tourism, encouraging visitors to engage in sustainable practices while enjoying local attractions [15][16].

Core Insights - China has emerged as a global leader in clean energy, contrasting sharply with the struggles faced by the US and EU in this sector [1][3][18] Group 1: China's Clean Energy Achievements - China operates 112 nuclear power units with a total installed capacity of 125 million kilowatts, ranking first in the world [3] - The country has a green hydrogen production capacity exceeding 150,000 tons per year, also the highest globally [3] - China's strategic planning and policy consistency over the past two decades have been crucial to its success in clean energy [10][12] Group 2: Challenges in the US and EU - In the US, clean energy investments have decreased by over $24 billion this year, resulting in the loss of approximately 21,000 jobs [5] - The Trump administration's policies led to a 36% decline in renewable energy investments, with numerous projects being canceled or shelved [6] - The EU faces significant challenges, including a heavy reliance on Chinese imports for solar photovoltaic products, with local manufacturing costs being about 60% higher than those in China [8] Group 3: Global Implications - China's advancements in clean energy technology and cost reductions are enabling energy transitions in developing countries, creating a global market centered around China [14] - Reports suggest that China may achieve its carbon peak target six years ahead of schedule, driven by increasing clean energy generation despite rising electricity demand [16] - The ongoing energy crisis in Europe, exacerbated by the Russia-Ukraine conflict, has led several EU member states to reconsider or delay their carbon neutrality goals [18]

尚宪和已任三门核电有限公司（以下简称"三门核电"）党委书记、董事长。 据三门核电有限公司官网"领导团队"栏目最新信息显示，尚宪和已任三门核电党委书记、董事长职务。 根据公开信息，尚宪和此前曾担任秦山核电总经理、党委副书记。历任秦山核电党委委员、副总经理，秦山核电运行值长、运行处处长、生产单元厂长， 20多年来，始终奋战在生产一线，在核电运行、技术、科技创新、信息化等领域具有丰富经验。享受国务院特殊津贴。 据官网信息显示，三门核电有限公司成立于2005年4月，由中国核能电力股份有限公司控股，是国有大型核电营运单位。 三门核电项目规划建设6台百万千瓦级的核电机组，分三期建设。三门核电全面负责一期、二期工程的建造、调试、运营和管理。三门第二核电有限公司 负责三期工程。一、二、三期工程全部建成后，三门核电的总装机容量将超过700万千瓦，年发电量可达到600亿度，接近"十四五"期间浙江省全社会用电 量的11%，是助力浙江省建设国家清洁能源示范省、保障国家能源安全和促进碳达峰碳中和的重要力量。 来源：三门核电有限公司官网 ...

Core Viewpoint - The appointment of Shang Xianhe as the Party Secretary and Chairman of Sanmen Nuclear Power Company signifies a strategic leadership change aimed at enhancing operational efficiency and innovation in the nuclear power sector [1][3]. Company Overview - Sanmen Nuclear Power Company was established in April 2005 and is controlled by China National Nuclear Power Co., Ltd, making it a major state-owned nuclear power operator [4]. - The company is responsible for the construction, commissioning, operation, and management of the first two phases of the Sanmen nuclear power project, which includes six 1,000 MW nuclear units [4]. Project Capacity and Impact - Upon completion of all three phases, Sanmen Nuclear Power's total installed capacity will exceed 7,000 MW, with an annual electricity generation capacity reaching 60 billion kWh, accounting for approximately 11% of Zhejiang Province's total electricity consumption during the 14th Five-Year Plan period [4]. - The project plays a crucial role in supporting Zhejiang Province's goal of becoming a national clean energy demonstration province, ensuring national energy security, and promoting carbon peak and carbon neutrality initiatives [4].

Core Insights - The Guangdong Lianjiang Nuclear Power Project aims to construct two 1.25 million kilowatt third-generation nuclear power units, expected to be operational by 2028, generating an annual output of 20 billion kilowatt-hours, sufficient to meet the electricity needs of approximately 4 million households [1][2] - Once all six planned units are completed, the project will achieve an annual generation capacity of 70 billion kilowatt-hours, fulfilling the electricity demand for the entire western Guangdong region and significantly reducing coal consumption and carbon emissions [2][3] Environmental Impact - The project utilizes a new seawater secondary cooling technology, which reduces wastewater discharge to one-fortieth of traditional nuclear power plants, with discharge temperatures close to natural seawater, enhancing its environmental friendliness [1][4] - The project is projected to save approximately 20 million tons of standard coal and reduce carbon dioxide emissions by 52 million tons annually, equivalent to the effect of planting about 148,000 hectares of broadleaf forest [3] Technological Advancements - The Lianjiang Nuclear Power Project features the world's largest seawater cooling tower, employing innovative secondary cooling technology that recycles cooling water, significantly lowering water intake and operational risks associated with marine life [4] - The cooling tower's high-level collection design improves cooling efficiency and reduces energy consumption, leading to an annual electricity savings of 6 million kilowatt-hours [4] Regional Development - The project is integrated with local development, contributing to infrastructure improvements such as highways and ports, which enhance transportation and economic activities in the region [5][6] - The collaboration has resulted in significant increases in local industrial output and public revenue, demonstrating the project's positive economic impact [6] Community Engagement - The project has initiated various community development programs, including the establishment of a clean energy science museum and infrastructure upgrades, which improve local living conditions and promote public awareness of nuclear energy [7]