Group 1: Company Overview and Strategy - The company has established significant product competitiveness and brand influence in the nuclear power sector, with over 150,000 nuclear valves in operation and a market share exceeding 90% for core products like nuclear butterfly and ball valves [3] - The company emphasizes a healthy competitive landscape characterized by complementary advantages and mutual development among peers in the nuclear power industry [3] - The company is committed to continuous investment in R&D to advance its product offerings and maintain its leading position in the market [9] Group 2: Product Lifecycle and Maintenance - Although nuclear valves have a design lifespan of up to 60 years, regular maintenance and replacement of key components are necessary due to harsh operating conditions [4][5] - The company implements preventive maintenance strategies to ensure the reliable operation of valves exposed to severe environments, such as seawater systems [4] Group 3: Expansion into New Markets - The company’s subsidiary, Jiangsu Shentong Nuclear Energy Equipment Co., is actively engaged in developing valves for nuclear fusion applications, currently working on a project for the China National Nuclear Corporation [6] - The subsidiary Shentong Semiconductor Technology is producing vacuum valves and process gas valves for industries like integrated circuits and photovoltaics, with products already validated and ready for mass production [7] - The company has established partnerships in the aerospace sector, supplying valves for satellite electric propulsion systems and rocket components [8] Group 4: Future Product Development - The company has developed a comprehensive product matrix that includes various high-quality nuclear valves and is focused on continuous product iteration and technological advancement [9] - Resources are being allocated to accelerate the development of cutting-edge valve products, aiming to provide more complete and leading-edge solutions to the market [9]

Group 1: International Collaboration in Science and Technology - China is actively promoting international cooperation in key scientific fields such as nuclear fusion, deep space exploration, and artificial intelligence, aiming to build a multi-level collaborative framework for global scientific governance [3][4][5] - The establishment of the International Lunar Research Station, led by China, has resulted in cooperation agreements with 17 countries and international organizations, showcasing China's leadership in international scientific projects [5][6] - The Chinese Academy of Sciences is opening multiple advanced fusion energy experimental facilities to global collaboration, emphasizing the importance of collective efforts to address energy challenges [4][7] Group 2: Advancements in Artificial Intelligence and Machine Chemistry - The Precision Intelligent Chemistry National Key Laboratory plans to establish an international organization for intelligent scientific standards, attracting attention from global research institutions [3][6] - The development of a machine chemist capable of conducting experiments autonomously has garnered interest from countries like Thailand and Singapore, with plans to share technology to assist in overcoming challenges in energy, medicine, and agriculture [6][7] - The initiative aims to democratize access to scientific research and innovation, breaking the monopoly of Western countries on AI data [6][7] Group 3: Global Governance and Rule Building - China is advocating for a fair and reasonable global scientific governance system, with the establishment of the International Society for Deep Space Exploration in Anhui [7] - The Hefei Fusion Declaration, signed by scientists from over ten countries, promotes the spirit of open sharing and collaborative win-win cooperation in fusion research [7] - The emphasis on building a new ecological system for global scientific collaboration reflects China's commitment to addressing common scientific goals for the benefit of humanity [7]

Core Viewpoint - China is actively promoting international scientific cooperation to address global challenges, particularly in key areas such as nuclear fusion, deep space exploration, and artificial intelligence, aiming to establish collaborative frameworks and share technological advancements for the benefit of humanity [2][5][8]. Group 1: International Collaboration in Science - The University of Science and Technology of China plans to establish an International Organization for the Intelligent Scientist Ecological Alliance by 2026, collaborating with multiple countries to create standards for intelligent research [2]. - China has signed cooperation agreements with 17 countries and international organizations for the International Lunar Research Station, showcasing its leadership in international scientific projects [5]. - The International Deep Space Exploration Society was established in Anhui to promote international scientific plans and reshape the landscape of space cooperation [8]. Group 2: Advancements in Nuclear Fusion - China has contributed approximately 10% of the procurement tasks for the ITER project, the world's largest international scientific project aimed at nuclear fusion [3]. - The "Burning Plasma" international scientific program was launched by the Chinese Academy of Sciences, opening multiple fusion energy experimental platforms for global collaboration [3]. - A declaration advocating for open sharing and cooperative spirit in fusion research was signed by scientists from over ten countries, emphasizing the importance of collaborative efforts in this field [8]. Group 3: Artificial Intelligence and Technological Sharing - The "AI+" initiative is reshaping innovation paradigms, with China's machine chemists collaborating with countries like Thailand and Singapore to tackle challenges in energy, medicine, and agriculture [6]. - The sharing of mature laboratory technologies with partner countries aims to break the monopoly of Western countries on research data, promoting equity in scientific research and innovation [6]. - China's commitment to establishing a fair global technology governance system is evident in its efforts to promote collaborative frameworks and shared rules in scientific research [8].

Summary of Conference Call Records Industry Insights Macro Environment - Trump expressed no concern over the decline of the US dollar and mentioned a "large fleet" heading towards Iran, hoping it would not need to be deployed [1] - Dalio indicated that the world is at the end of an approximately 80-year "super cycle" that began in 1945, moving from the fifth stage of increasing internal conflict to a potential sixth stage of significant order restructuring [1] Artificial Intelligence - Companies such as Industrial Fulian, SK Hynix, Seagate, and ASML reported better-than-expected earnings, with ASML noting optimistic demand for AI from many customers in recent months [1] - The seller noted that liquid cooling cages are gradually benefiting from the increase in power [1] - SoftBank is in talks to invest up to $30 billion more in OpenAI [1] - The global usage of model tokens has surged by 244% over the past year [1] - Tencent Cloud and Alibaba Cloud launched Clawdbot [1] Satellite Industry - China Commercial Rocket: Committed to winning the main rocket's first flight and recovery battle, focusing on breakthroughs in reusable technology [2] - SpaceX may conduct an IPO in mid-June [2] - The China Academy of Launch Vehicle Technology announced the construction of the first commercial aerospace common test platform, focusing on reusable rockets and new aerospace products [2] Non-Ferrous Metals - Sellers reported that overseas LME aluminum is slowly breaking through previous price highs, with limited inventory accumulation during the domestic off-season; aluminum rod inventory even saw a reduction, and traders are optimistic about the peak season [2] - Sellers noted that mining machines and mining services are closely intertwined [2] Chemical Industry - Zhejiang Longsheng announced a price increase of 1,000-2,000 yuan per ton for certain dispersed products starting January 28 [3] Real Estate - The company is no longer required by regulatory authorities to report "three red lines" indicators monthly [4] Market Trends - The trading volume today reached 29,654 billion, with an increase of 704 billion [4] - The current bullish sentiment is expected to continue until the holiday, with regulatory pressure on emotional stocks and certain teams suppressing large-cap stocks, leading to a focus on trend direction [6] - Sectors such as non-ferrous metals, oil and petrochemicals, and coal are leading the market [6] - The cyclical and technology sectors are identified as dual trend main lines, with cyclical stocks experiencing less adjustment and more upward movement [6] - AI hardware continues to attract attention, particularly in liquid cooling, while some older application stocks have faced significant declines [6] Additional Notes - There are ongoing discussions about the market's new rhythm as past patterns are quickly digested, emphasizing the need for focused investment strategies [6]

Core Insights - The article highlights three significant technological advancements from Hefei that have been recognized as part of the 2025 China's Top Ten Scientific Progresses [1] Group 1: Technological Achievements - The EAST (Experimental Advanced Superconducting Tokamak) achieved a world record by maintaining a temperature of 100 million degrees Celsius for 1066 seconds, marking a milestone in nuclear fusion research [1] - A high-precision AI diagnostic tool developed by the University of Science and Technology of China predicts the recurrence risk of liver cancer with an accuracy of 82.2%, providing a crucial tool for global precision diagnosis and treatment [1] - The "Zuchongzhi No. 3" quantum computing prototype was successfully constructed, capable of solving the "quantum random circuit sampling" problem at a speed 10 trillion times faster than the current fastest supercomputer [1]

产业观察 [table_Header]2026.01.28 合肥核聚变科技与产业大会召开 摘要： 产业研究中心 | [Table_Authors] | 陈磊(分析师) | | --- | --- | | | 021-38038037 | | | chenlei5@gtht.com | | 登记编号 | S0880522060001 | | | 王浩(分析师) | | | 0755-23976068 | | | wanghao2@gtht.com | | 登记编号 | S0880513090004 | | | 鲍雁辛(分析师) | | | 0755-23976830 | | | baoyanxin@gtht.com | | 登记编号 | S0880513070005 | [Table_Report] 往期回顾 【具身智能产业动态】魔法原子、银河通用相继 宣布为总台 2026 春晚机器人合作伙伴 2026.01.26 【公链技术周报】以太坊重归去信任化本源，主 权货币与高性能网络竞逐技术高地 2026.01.25 分布式量子传感：加州理工学院推出全光学损耗 容忍的 DQS 方案 2026.01.25 力鸿一号遥一 ...

每经记者｜胥帅 每经编辑｜唐元 在人工智能以惊人速度重塑世界的今天，一场关于未来基石——能源的静默竞赛早已在全球拉开帷幕。算力，作为AI时代的"新石油"，其爆炸式增长的背 后，是对电力供给前所未有的渴求。成都市政协委员、成都中天泰瑞科技董事长窦云骋，眼下更关注能源，特别是新型的核聚变技术。 1月27日，成都市政协十六届四次会议开幕，成都进入两会时间。《每日经济新闻》记者专访了窦云骋。 "在我们行业内有一个深刻的解读：人工智能的终点是能源，而能源的终点就是核聚变。"他认为，站在国家"十五五"规划将核聚变正式列为未来产业的历史 性节点，成都需系统审视自身优势与不足，加快将科研潜力转化为产业实力。 核聚变是能源尽头 从ChatGPT横空出世到Sora惊艳亮相，大模型迭代的速度令人目不暇接，但其背后是堪称"吞电巨兽"的超级算力集群。窦云骋指出，全球AI竞赛不仅是算法 与芯片的较量，更是能源储备与供给能力的比拼。他援引特斯拉与SpaceX创始人埃隆·马斯克的观点称，美国电网老化、审批冗长难以支撑算力增长。Meta 等科技巨头不仅在抢购GPU，更在积极投资能源资产，以保障其数据中心的"电力安全"。"这释放了一个信号：可持 ...

Group 1: Equity Market Outlook - The equity market in 2026 is expected to be vibrant with diverse opportunities, amidst challenges and geopolitical risks leading to high volatility [1][15] - The domestic economy is undergoing a critical phase of transitioning from old to new growth drivers, with real estate bottoming out and some manufacturing sectors facing overcapacity [1][15] - Optimism is supported by the ongoing technological revolution and a favorable global liquidity environment, alongside domestic policies that nurture the capital market [1][15] Group 2: Growth Directions - Artificial Intelligence (AI) remains a key growth engine, expanding from traditional TMT sectors to broader industrial chains, including power equipment, non-ferrous metals, smart driving, and robotics [1][15] - Emerging sectors like commercial aerospace are also showing sustained vitality [1][15] - Traditional cyclical industries are advised to align with their capacity cycles to capitalize on opportunities arising from anti-involution policies [1][15] Group 3: Consumer and Healthcare Sector - The consumer healthcare sector has entered an attractive valuation zone after a prolonged adjustment, with central government policies focusing on expanding domestic demand [2][16] - Companies that excel in service consumption and health sectors, or those with strong cost-performance ratios, are seen as having opportunities to navigate through cycles [2][16] - The Hong Kong stock market is influenced by both domestic fundamentals and global liquidity, with potential for valuation recovery under the backdrop of anticipated interest rate cuts by the Federal Reserve [2][16] Group 4: Investment Strategies - The core strategy for identifying opportunities is to seek assets with asymmetric risk-reward profiles, where downside risks are manageable and upside potential is significant [2][17] - The investment landscape in 2026 is characterized by diverse opportunities, but caution is advised around market levels near 4000 points [2][17] Group 5: Consumer Trends - The new consumption era is driven by structural opportunities that outweigh total growth, focusing on emotional value, policy renewal, health, and technology integration [3][18] - Key consumer groups include Generation Z, the aging population seeking self-pleasure, and new middle-class consumers emphasizing quality and cost-effectiveness [4][19] - Investment themes include the experience economy, health and aging services, and the integration of AI in consumer products [4][19] Group 6: Bond Market Outlook - The bond market is expected to improve in 2026, with negative factors that previously suppressed the market beginning to dissipate [6][21] - The credit bond market is viewed as a core direction for investment, with supply shrinking and demand expected to increase from various sources [8][23] - The overall bond market environment is anticipated to be more favorable, with rational pricing and a gradual recovery in demand as banks' interest margin pressures ease [7][22] Group 7: Technology Trends - The core of technological development is centered around enhancing production efficiency, improving quality of life, and ensuring safety [11][25] - AI is projected to remain the driving force in technology, with significant capital expenditure growth potential, despite the current early-stage investment landscape [12][26] - Emerging technologies such as nuclear fusion, advanced lithography, brain-machine interfaces, and quantum technology are highlighted as key areas for future investment [12][26]

Group 1 - The company held an investor roadshow in Shanghai, attracting 43 institutional investors to discuss core business layout, technological advancements, and future development plans [1] - The company's subsidiary, Jiangsu Shentong Nuclear Energy Equipment Co., has undertaken the manufacturing of pneumatic ball valves for a project required by the China National Nuclear Corporation [1] - The company emphasizes its technological advantages in valve stability and reliability under harsh conditions in nuclear fusion applications, leading the industry in sealing technology [1] Group 2 - In the semiconductor sector, the subsidiary Shentong Semiconductor Technology (Nantong) focuses on developing vacuum valves and process gas valves for integrated circuits, photovoltaics, and display panels, with some products already validated by customers [1] - The company has established partnerships in the commercial aerospace sector, supplying satellite electric propulsion gas modules and rocket valve components, with small-scale deliveries already initiated [2] - The company aims to increase the value of nuclear valve products supplied to each nuclear power unit to over 100 million yuan, with growth expected from new product development and spare parts market expansion [2]

Core Insights - The article highlights the recognition of significant technological advancements in China, including the "artificial sun" EAST achieving a world record in plasma operation, which marks a major leap in fusion energy research and its engineering application [2][3]. Group 1: EAST Achievements - The EAST (Experimental Advanced Superconducting Tokamak) achieved a world record by maintaining a plasma temperature of 100 million degrees Celsius for 1066 seconds, indicating a significant advancement in fusion energy research [3]. - This achievement is seen as a critical step towards practical fusion power generation, showcasing China's progress from basic science to engineering practice in fusion energy [3]. Group 2: Other Technological Breakthroughs - DeepSeek, a company established for over a year, launched a new AI model R1 that matches the performance of OpenAI's models while significantly reducing training costs and being fully open-source, creating a major impact in the global AI landscape [3]. - The successful construction of a thorium-based molten salt reactor by the Shanghai Institute of Applied Physics demonstrates the feasibility of using thorium resources in nuclear energy systems, solidifying China's leadership in molten salt reactor research [5]. - A high-precision AI diagnostic tool for predicting liver cancer recurrence was developed, achieving an accuracy rate of 82.2%, and was featured as a cover article in the journal Nature, marking a new direction in computational tumor immunology [6]. - The "North Brain No. 1" wireless brain-computer interface system was successfully implanted in patients, helping those with speech impairments regain communication abilities, showcasing advancements in neurotechnology [6]. - The "Zu Chongzhi No. 3" superconducting quantum computing prototype was developed, significantly outperforming the fastest supercomputers, indicating a leap in quantum computing capabilities [6]. - New hydrogen production technology was developed that eliminates carbon emissions at the source, representing a breakthrough in zero-carbon hydrogen production [7]. - A joint team from Peking University and City University of Hong Kong achieved a breakthrough in 6G wireless communication, creating a system that enables high-speed, flexible wireless communication across all frequency bands [7].