中新网台州2月22日电(傅飞扬 邓甫蓁 齐晋标)耳边是三门湾传来的海浪声，眼前是三门核电站厂区，驻 守在这里的武警浙江总队台州支队某中队，肩负着守卫国家重要能源和守护驻地民众生活安宁的职责。 "以前过年，家里会宰羊、做手抓饭，一家人围着火炉唱歌跳舞。"对于来自新疆喀什的列兵巴哈迪尔· 麦麦提吐尔逊来说，2026年的春节意义非凡——这是他入伍后的第一个春节，也是他人生中第一次在远 离家乡数千公里的海边迎接新年的到来。 这个春节假期，巴哈迪尔跟着战友们一起贴春联、包饺子，中队还特意为他准备了新疆特色美食手抓饭 和烤包子。虽然少了家人的陪伴，但巴哈迪尔心中却暖暖的，"和战友们一起过春节也很热闹，班长知 道我爱吃辣，还特意让炊事班加了辣子鸡。" 入伍前，巴哈迪尔生活在塔克拉玛干沙漠边缘，对大海的印象只停留在短视频里。如今，驻守在三门湾 旁，他与大海有了"亲密接触"。"风里都带着咸湿的味道，和新疆完全不一样。"巴哈迪尔坦言，冬季的 海风即使穿着大衣也扛不住，许多战友的手脚都冻麻了。 "很多人以为我们只是站着不动的形象哨，其实只有我们自己清楚压力有多大。"跟新入伍的巴哈迪尔不 同，在中队服役14年的梁辉早已习惯了周遭的环 ...

Core Viewpoint - Japan's Niigata Prefectural Assembly has approved a supplementary budget to restart the Kashiwazaki-Kariwa Nuclear Power Plant, with Tokyo Electric Power Company planning to restart one reactor by January 20, 2026, despite significant domestic opposition and international concerns regarding safety [1][2]. Group 1: Domestic Concerns - There is a strong local opposition to the restart of the Kashiwazaki-Kariwa Nuclear Power Plant, with a poll indicating that 60% of residents believe the conditions for restarting are not yet mature, and nearly 70% express concerns about Tokyo Electric Power Company's operational capabilities [2]. - The history of Tokyo Electric Power Company includes incidents of concealing accidents and manipulating data related to nuclear contamination, raising doubts about its reliability [2]. Group 2: Safety Risks - Japan's push to restart nuclear power plants is seen as risky due to aging facilities, management issues, and inadequate regulation, particularly for the Kashiwazaki-Kariwa plant, which is located on an active seismic fault line and has previously been exposed for safety vulnerabilities [1]. - The recent leak of radioactive water from the decommissioned "Fugen" reactor highlights ongoing safety concerns and operational deficiencies within Japan's nuclear facilities [2]. Group 3: International Perspective - The international community is urged to remain vigilant regarding Japan's nuclear safety practices, as the decision to restart the largest nuclear power plant reflects serious flaws in the country's nuclear safety regulatory system and a lack of responsibility towards both domestic and neighboring populations [3].

Core Viewpoint - The Niigata Prefectural Assembly has approved a supplementary budget to restart the Kashiwazaki-Kariwa Nuclear Power Plant, Japan's largest nuclear facility, which has been shut down since 2012 following the Fukushima disaster. This decision has sparked significant controversy and public opposition [1][2]. Group 1: Nuclear Power Plant Restart - The Kashiwazaki-Kariwa Nuclear Power Plant has a total installed capacity of approximately 8.212 million kilowatts and began operations in 1985 [1]. - The plant was initially shut down in March 2012 after the Fukushima disaster, and its restart has faced multiple delays due to safety concerns and equipment failures [1]. - The Niigata Prefectural Assembly's approval allows for the restart of units 6 and 7, with a potential restart date set for January 2026 if all goes smoothly [1]. Group 2: Government and Economic Context - The Japanese government aims to increase nuclear power's share of total electricity generation to 20-22% by 2030, as outlined in its 2021 energy plan [2]. - Tokyo Electric Power Company (TEPCO) has lost operational capacity in its other nuclear plants, making the restart of Kashiwazaki-Kariwa critical for its business restructuring and profitability [2]. - The current depreciation of the yen has increased energy import pressures, further motivating the government to restart nuclear power [2]. Group 3: Public Sentiment and Trust Issues - Public opposition is significant, with approximately 70% of Niigata residents expressing distrust towards TEPCO, reflecting a broader skepticism towards the government's assurances of nuclear safety [2][3]. - Historical incidents, including the 2007 earthquake and the 2011 Fukushima disaster, have eroded public trust in TEPCO and the government's nuclear safety claims [3]. - Despite new safety regulations implemented by the Nuclear Regulation Authority, public confidence remains low, and there is widespread concern about the risks associated with nuclear power [3].

Core Viewpoint - The recent operational launch of the Shandong Rongcheng Shidao Bay High-Temperature Gas-Cooled Reactor (HTR-PM) marks a significant advancement in nuclear energy technology, showcasing China's leadership in the development of fourth-generation nuclear power and its inherent safety features [3][5]. Group 1: Technological Advancements - The Shidao Bay nuclear power plant is the world's first fourth-generation nuclear power station, utilizing helium gas as a coolant and achieving operational temperatures of 750-950°C, significantly higher than third-generation reactors [3][5]. - The core technology involves TRISO ceramic-coated fuel particles, which can withstand temperatures exceeding 1600°C, effectively containing radioactive materials [3][5]. - The reactor's design ensures that even in the event of a complete power failure or cooling system failure, there is no risk of core meltdown or radioactive leakage [3][5]. Group 2: Safety and Security Measures - The reactor's inherent safety features include a passive cooling system that allows the reactor to cool naturally without external power, significantly reducing the risk of incidents similar to the Fukushima disaster [3][5]. - To counter modern threats, the Shidao Bay nuclear power station has implemented a multi-layered defense system, including high-precision radar monitoring, electronic jamming technology, and physical barriers to prevent unauthorized drone access [5][8]. - The power and control systems of the plant are designed with redundancy to maintain critical functions even if some facilities are damaged [7]. Group 3: Cybersecurity and Espionage Prevention - The plant employs "gap isolation" technology to physically separate critical control systems from external networks, effectively preventing hacking attempts [7][9]. - Regular cybersecurity drills are conducted by the China National Nuclear Corporation to ensure the digital defense capabilities of the HTR-PM [7][9]. - Advanced security networks, including facial recognition and infrared monitoring, are deployed around the plant to ensure the safety of critical areas [8][9].

Core Viewpoint - The event highlighted the active participation of youth in promoting environmental protection and the construction of a "Beautiful China," showcasing their confidence and commitment to global environmental governance [1][6]. Group 1: Youth Engagement in Environmental Governance - Ten contestants presented compelling stories about "Beautiful China Construction," demonstrating their roles as green ambassadors [1]. - The event emphasized the importance of youth in international environmental negotiations, with participants sharing their experiences and challenges faced during global discussions [6][12]. - The speeches reflected a strong sense of responsibility among young representatives to ensure China's voice is heard in international climate discussions [12][15]. Group 2: Success Stories and Initiatives - Contestants shared personal stories that illustrated the practical aspects of environmental negotiations, emphasizing that skills are honed through real-world experiences rather than theoretical knowledge [15]. - The event showcased various initiatives, such as marine ecological governance and biodiversity protection, highlighting China's commitment to sustainable development [20][32]. - The narratives included successful projects like the "For Love Power Generation" initiative, which aims to provide solar energy to remote areas, demonstrating the intersection of environmental protection and social responsibility [32]. Group 3: Recognition of Youth Contributions - The event recognized outstanding youth representatives in various fields, including theoretical research, grassroots contributions, and teamwork, marking their evolution into a vital force in building a beautiful China [1][32]. - The speeches collectively illustrated the dedication of young professionals in tackling environmental challenges and their role in advancing ecological civilization [1][22].

Group 1 - The State Council approved five nuclear power projects, including the Zhejiang Sanmen Phase III, with a total of 10 new nuclear power units, estimating an investment of over 200 billion yuan per unit and a total investment exceeding 200 billion yuan [1] - This marks the fourth consecutive year of approving more than 10 units annually, indicating a normalization of nuclear power project approvals in China [1] - The focus on nuclear safety has intensified with the approval of numerous projects, emphasizing the need for strict adherence to global safety standards [1] Group 2 - Huashengchang's DT-9501 radiation detection device can detect four types of radiation and has advanced sensitivity levels, making it suitable for various applications, including nuclear power plants [2] - The DT-9501 device has received calibration certification and can measure radiation dose rates from 0.01μSv/h to 1000μSv/h, with a cumulative dose value range from 0.001μSv to 9999μSv [2] - The device is applicable in high-sensitivity environments, such as pharmaceutical factories, laboratories, and emergency rescue stations, and can store 4000 data sets while providing timely alerts in hazardous conditions [3] Group 3 - China leads the world in the number of nuclear units under construction and installed capacity, with 28 units under construction by the end of 2024, accounting for 43% of the global total [3] - The installed capacity of nuclear power in China is projected to reach 110 million kilowatts by 2030, making it the only country with over 100 operational units [3] - The investment in nuclear power construction in China has seen a year-on-year increase of 55%, reaching 146.9 billion yuan [3]

Core Viewpoint - China's nuclear power capacity has become the largest in the world, with overall safety being controllable [1] Group 1: Nuclear Power Capacity - As of now, the installed capacity of nuclear power units in mainland China has reached 113 million kilowatts, ranking first globally [1] - Despite starting relatively late, China's nuclear power sector has effectively absorbed international best practices, leading to advanced and reliable nuclear unit designs [1] Group 2: Safety Performance - The nuclear power units in mainland China have safely operated for over 600 reactor years, maintaining a good safety record [1]