Core Insights - Hydrogen and nuclear fusion energy are identified as key economic growth points in China's 14th Five-Year Plan, emphasizing the importance of a mature capital market for supporting breakthroughs in these industries [1][2][3] - The global energy landscape is undergoing significant transformation towards decarbonization and smart restructuring, with hydrogen and nuclear fusion positioned as disruptive future energy solutions [2][3] Global Industry Landscape - The hydrogen industry is entering a phase of commercialization and rapid expansion, driven by strategic planning and policy incentives in developed economies, leading to high valuations for hydrogen technology companies [3] - Nuclear fusion is transitioning from government-led research to a public-private partnership model, attracting significant investment from venture capital and tech giants, reflecting strong market expectations for its long-term potential [3] China's Role in Global Capital Landscape - China is becoming an increasingly important player in the global renewable energy capital landscape, with its vast market potential and rapid development in hydrogen and nuclear fusion attracting international capital [3][4] - To enhance its competitive position, China must focus on original technology leadership, self-sufficiency in core supply chains, and building a more internationalized and market-oriented innovation capital ecosystem [3][4] Capital Market Empowerment - The development of hydrogen and nuclear fusion industries in China is characterized by a "national leadership, market participation, and capital promotion" model, with the capital market playing a crucial role in driving innovation [4][5] - In the hydrogen sector, China has established a complete industrial chain, with capital market support focusing on upstream hydrogen production, midstream storage and transportation, and downstream applications [4][5] Technological Challenges and Investment Dynamics - Both hydrogen and nuclear fusion face significant technological and economic challenges, requiring substantial long-term capital investment and a shift in investment logic towards patience and long-termism [6][7] - The hydrogen sector's challenges include reducing production costs and improving storage and transportation efficiency, while nuclear fusion faces fundamental scientific hurdles that require decades of research [7][8] Policy and Financial Collaboration - Policy and finance are essential drivers for the development of hydrogen and nuclear fusion industries, with the capital market's role evolving from a passive financing channel to an active enabler and value integrator [8][9] - For hydrogen, policies should create stable expectations and clear pathways, while for nuclear fusion, establishing specialized funds and supportive regulatory frameworks is crucial for attracting investment [9][10] Opportunities for Securities Firms - The success of hydrogen and nuclear fusion will reshape global capital dynamics and investment paradigms, creating new asset classes and investment opportunities [10][11] - Securities firms are tasked with broadening financing channels, innovating financial products, and enhancing research capabilities to support the growth of these industries [10][11] Future Implications - The capital influx into hydrogen and nuclear fusion signifies a broader investment in future energy solutions, which will fundamentally alter the logic of capital markets and global financial landscapes [12][13] - This shift will lead to the emergence of new asset valuation models and accelerate the transition of global capital towards sustainable technologies [12][13]

表：各省份"十五五"规划建议新兴产业与未来产业布局 （因篇幅较长，仅展示部分） "十五五"启航，新一轮产业变革的风向标已经清晰浮现。 火石创造通过梳理全国31个省（区、市）"十五五"规划建议，发现了一张密集交织、错位布局的"产业 地图"。从沿海经济大省到内陆新兴区域，一场围绕新兴产业和未来产业的战略竞合正在全面铺开。 | 120 | 地区 | 新兴产业 | 大米产业 | | --- | --- | --- | --- | | 昌 | | | | | | 广东 | 新能源、新材料、商业航天、低空经济、新能 源车船、集成电路、新型储能、医药和医疗器 | 量子科技、生物制造、氢能、核聚变能、 | | | | | 脑机接口、具身智能、第六代移动通信 | | | | 械、无人机、无人船 | | | | 江苏 | | 第三代半导体、氢能、生物制造、量子科 | | 2 | | 新一代信息技术、新能源、新材料、生物医药 、高端装备、航空航天、低空经济、大飞机 | 技、脑机接口、具身智能、深海深地、原 | | | | | 子级制造、第六代移动通信 | | | | 人工智能、集成电路、新能源、新材料、航空 | | | | 山东 ...

Core Viewpoint - The article emphasizes the importance of building a strong energy nation in China, highlighting the need for comprehensive improvements in energy technology, industrial chains, and system capabilities to enhance international competitiveness and support sustainable economic development [2]. Group 1: New Energy System Construction - The new energy system is a central theme in the transition to an energy powerhouse, with a focus on accelerating the construction of this system and achieving carbon peak goals [3]. - The development of non-fossil energy sources will be prioritized, with significant expansions in wind and solar power capacity, aiming for an additional 200 million kilowatts of installed capacity by 2026 [3]. - The integration of various energy sources, including biomass, geothermal, and marine energy, will complement the new energy system [3]. Group 2: Clean and Efficient Use of Fossil Fuels - The transition to cleaner and more efficient use of fossil fuels is essential during the period when new energy sources are not yet dominant [4]. - Coal power will be transformed into a flexible and clean energy source through technological upgrades and innovative mechanisms, ensuring energy supply security [4]. - By 2026, initiatives will be implemented to promote carbon capture and utilization in the oil and gas sector, facilitating the integration of fossil fuels with new energy [5]. Group 3: New Power System Development - A new power system must be established to ensure the efficient transmission and management of clean energy, requiring the construction of high-voltage transmission lines and smart grid systems [5]. - By 2026, a power supply alert mechanism will be established to enhance the interconnection of power grids and improve user-side responsiveness [5]. Group 4: Overcoming Bottlenecks in New Energy Development - China aims to lead global energy transformation, with a target of achieving a total installed capacity of wind and solar power reaching six times that of 2020 by 2035 [6]. - The challenges faced by the power system, such as the inability to transmit green energy from the west to the east and the volatility of renewable energy generation, need to be addressed through integrated and innovative development [6][7]. - The focus will shift from mere scale expansion to value creation through system collaboration, enhancing the reliability and market competitiveness of new energy [7]. Group 5: Coal Consumption Trends - Coal consumption in China has shown signs of decline, with a notable negative growth for the first time since 2017, but short-term demand remains resilient due to various factors [10]. - The long-term trend indicates a gradual reduction in coal consumption, with a peak expected around 2027, transitioning coal's role from a primary energy source to a backup energy source [11]. - The integration of coal and new energy will be emphasized, promoting the development of clean energy alternatives in coal mining areas [12][13]. Group 6: Future Industry Development - The "14th Five-Year Plan" outlines the need to cultivate future industries such as quantum technology, hydrogen energy, and nuclear fusion, which are crucial for energy security and sustainable development [15]. - Hydrogen energy is seen as a key component of the future energy system, with efforts to promote its commercialization and integration into the energy landscape [16]. - Nuclear fusion is positioned as a long-term solution for energy challenges, with significant investments and research expected to accelerate its development [17].

Core Viewpoint - The development of a strong energy nation is crucial for China's economic and social progress, emphasizing the need for comprehensive enhancement of energy technology, industrial chains, and system capabilities to boost international competitiveness and support sustainable development [1]. Group 1: New Energy System Construction - The new energy system is the main focus in building a strong energy nation, with a shift from top-level design to comprehensive construction during the "14th Five-Year Plan" and "15th Five-Year Plan" periods [2]. - The goal is to significantly increase the share of non-fossil energy, with plans to add over 20 million kilowatts of wind and solar power capacity annually by 2026 [2]. - The development of clean energy sources such as wind, solar, hydro, and nuclear power will be prioritized, while also promoting biomass, geothermal, and marine energy as supplementary sources [2]. Group 2: Clean Utilization of Fossil Energy - The transition to cleaner and more efficient use of fossil energy is essential during the transitional period, with coal power being upgraded to serve as a flexible and stable backup for renewable energy [3]. - By 2026, initiatives will be implemented to enhance coal power's low-carbon development through technology upgrades and innovative mechanisms [3]. - A new electric power system will be established to ensure efficient distribution and utilization of clean energy, including the construction of high-voltage lines and smart grids [3]. Group 3: Challenges in New Energy Development - The rapid growth of new energy capacity has led to challenges in the power system, including difficulties in transmitting green electricity from western regions to eastern cities and the volatility of renewable energy generation [6]. - The National Energy Administration aims to promote integrated development of new energy by 2030, enhancing reliability and market competitiveness [6][7]. - The optimization of power system regulation capabilities is crucial, with a goal to significantly improve these capabilities by 2027 to support the integration of over 20 million kilowatts of new energy annually [8]. Group 4: Coal Consumption Trends - Coal consumption in China has shown signs of decline, with a negative growth rate for the first time since 2017, but short-term demand is expected to remain resilient due to the need for coal in power generation and chemical industries [10]. - The long-term trend indicates a gradual reduction in coal consumption as part of the carbon peak strategy, with coal's role shifting from a primary energy source to a backup energy source [11]. - The integration of coal and new energy is emphasized, with initiatives to develop renewable energy in coal-producing regions and promote clean energy alternatives [11][12]. Group 5: Future Energy Technologies - The "15th Five-Year Plan" highlights the importance of future industries such as hydrogen energy and nuclear fusion, which are seen as key components for ensuring energy security and sustainable development [14]. - Hydrogen energy is recognized for its potential but faces challenges in achieving market competitiveness due to a lack of sufficient application scenarios [15]. - The development of nuclear fusion is positioned as a long-term goal, with significant investments and research needed to overcome technical and commercial hurdles [16]. Group 6: Overall Energy Strategy - Building a strong energy nation is a strategic task for the "15th Five-Year Plan" and is essential for China's modernization efforts, requiring collaboration among government, enterprises, and society [17].

Core Viewpoint - The development of a strong energy nation is crucial for China's economic and social progress, emphasizing the need for comprehensive enhancement of energy technology, industrial chains, and system capabilities to boost international competitiveness and support sustainable development [1]. Group 1: New Energy System Construction - The new energy system is the main focus in building a strong energy nation, with a shift from top-level design to comprehensive construction during the "15th Five-Year Plan" period [2]. - The goal is to significantly increase the share of non-fossil energy, with plans to add over 200 million kilowatts of wind and solar power capacity annually by 2026 [2]. - The integration of various energy sources, including biomass, geothermal, and marine energy, will complement the new energy system [2]. Group 2: Clean and Efficient Use of Fossil Energy - The transition to cleaner and more flexible coal power is essential during the transition period, with coal power expected to act as a stabilizer for energy supply [3]. - By 2026, efforts will focus on upgrading coal power technology and promoting carbon capture and utilization in the oil and gas sector [3]. - The construction of a new power system will require the establishment of high-voltage lines and smart grids to ensure efficient energy distribution [3]. Group 3: Overcoming Bottlenecks in New Energy Development - China aims to lead global energy transformation, with a target of achieving six times the wind and solar power capacity by 2035 compared to 2020 levels [5]. - Challenges such as the inability to transmit green electricity from western regions to eastern cities and the volatility of renewable energy generation need to be addressed [6]. - The focus will shift from simple capacity expansion to system collaboration and value creation in new energy development [6]. Group 4: Coal Consumption Trends - Coal consumption in China has shown signs of decline, with a negative growth rate for the first time since 2017, but short-term demand is expected to remain resilient [9]. - The long-term trend indicates a gradual reduction in coal consumption, with a peak expected around 2027, after which a more significant decline is anticipated [10]. - The integration of coal and new energy is essential for the sustainable development of the coal industry, with initiatives to develop renewable energy in coal mining areas [11]. Group 5: Future Industry Development - The "15th Five-Year Plan" emphasizes the need to cultivate future industries such as hydrogen energy and nuclear fusion, which are critical for energy security and sustainable development [14]. - Hydrogen energy is seen as a key component of the future energy system, with efforts to support pilot projects and promote large-scale applications [15]. - Nuclear fusion is positioned as a long-term solution for energy challenges, with significant investments and research needed to overcome commercialization hurdles [16][17].

Investment Rating - The report suggests focusing on core equipment companies within the industry [5]. Core Insights - Strong policy certainty and strategic benefits are continuously being released, with fusion energy identified as a new economic growth point in the national "14th Five-Year Plan" [4][8]. - The approach towards commercialization is heating up, with significant technological milestones expected to be reached by 2027, particularly with the BEST project, which aims to validate the steady-state operation of burning plasma and the entire power generation process [4][10]. - Global capital is increasingly flowing into the fusion sector, with investment in the private fusion industry nearing €13 billion by November 2025, reflecting a 50% increase in just five months [9]. - The domestic industry is gaining a significant position in global fusion commercialization, supported by both national and local policies [8][9]. Industry Dynamics - The "2026 Fusion Energy Technology and Industry Conference" held in Hefei highlighted key technological breakthroughs in core materials and equipment for projects like BEST and CRAFT [3][8]. - The BEST project aims to complete the world's first compact fusion energy experimental device by 2027, focusing on reducing risks associated with commercial reactor construction [10][11]. - The CRAFT project has achieved significant milestones, nearing 95% completion, and is expected to provide critical support for the development of fusion materials and technologies [18][19]. Global and Domestic Development Trends - The global fusion industry is entering a rapid development phase, with over 50 commercial fusion companies emerging and major tech firms like Microsoft and Google entering the market [9]. - The U.S. and China are becoming the core driving forces in the global fusion industry, with the U.S. relying on private capital and scientific breakthroughs, while China utilizes a state-driven model with broad social capital participation [9]. Project Progress - The BEST project has completed 35% of its overall progress, with 47 out of 119 milestones achieved by the end of 2025 [11]. - The CRAFT project has successfully passed initial performance tests and is advancing towards national acceptance, with significant contributions to the localization of key equipment [19].

从实验室走向工程化应用 核电作为构建新型能源体系的重要途径之一，是保障能源安全、优化能源结构的重要组成部分，承载着 推动能源高质量发展的重要使命。国家"十五五"规划建议明确提出，前瞻布局未来产业，将核聚变能定 位为未来新的经济增长点，为产业发展指明了方向。 此次大会以"聚核之力创见未来"为主题，集科技前瞻、产业协同、资本对接与生态构建于一体，汇聚了 政、产、学、研、金等领域的代表，共同描绘中国核聚变能发展蓝图。 "全球聚变产业正步入快速发展阶段，我国也展现出强劲发展势头。"在1月16日至17日于安徽合肥聚变 堆园区举行的2026核聚变能科技与产业大会上，聚变产业联合会秘书长刘志宏如是说。 2023年10月，国内首个聚变产业联盟在合肥成立。2025年，该联盟升级为聚变产业联合会，逐步构建起 覆盖材料、研发、制造、推广的全链条产业生态。成立以来，联合会持续探索国内聚变产业发展进路。 为攻克聚变堆核心技术难题，联合会设立了14个专业工作组，聚焦磁体、真空、偏滤器等关键系统协同 攻关，目前已取得一系列重要成果，包括完成230吨极端环境耐受材料CHSN01的量化生产、实现聚变 堆关键部件超级螺栓的国产化替代等，为产业自 ...

该联盟的宗旨是"产融共生、聚力创新"。据科大硅谷公司董事长吴海龙介绍，联盟将计划通过定期沙 龙、专题研讨、项目路演、企业调研等常态化活动，促进信息共享与精准对接。其首次项目路演将于1 月17日在中国科学院合肥物质科学研究院等离子体物理研究所举行。 安徽依托EAST、BEST等大科学装置，打造科研产业一条龙集群；四川凭借中国环流系列装置，深耕硬 装备制造；上海则利用资本和国际化优势，攻坚高温超导磁体等核心技术，布局未来产业标准……当 前，我国核聚变产业高地正在竞逐生态化发展，它们共同勾勒出核聚变商业化的早期版图。 "十五五"规划建议提出，推动量子科技、生物制造、氢能和核聚变能、脑机接口、具身智能、第六代移 动通信等成为新的经济增长点。这意味着核聚变不仅是能源安全的远景保障，更是驱动高质量发展、塑 造新质生产力的重要抓手。2026年1月15日，《中华人民共和国原子能法》正式施行，从法律层面明确 支持聚变能源发展。 【纠错】 【责任编辑:马俊卿】 聚变新能（安徽）有限公司董事长严建文说，核聚变行业技术壁垒高、商业化周期长，仅靠科研经费和 初期投资难以支撑其走向商业应用。而这正是聚变金融机构联盟要解决的核心命题。 新 ...

Group 1: Emerging and Future Industries - Various provinces are focusing on emerging and future industries, with specific emphasis on sectors like integrated circuits, robotics, and advanced energy storage [1][6] - Jiangsu aims to deepen integration into the Yangtze River Delta's aircraft manufacturing cluster and emphasizes atomic-level manufacturing [6] - Provinces like Shandong and Guangdong are prioritizing sectors such as quantum technology and hydrogen energy, indicating a trend towards high-tech and sustainable industries [1][7] Group 2: Digital Development - Provinces are actively developing digital infrastructure, with Liaoning focusing on data annotation industries and integrating AI into traditional industries [2][9] - Beijing aims to become a global benchmark city for digital economy, emphasizing core technologies like high-end chips and software [2][9] - Guangdong is enhancing its data trading platforms to foster industrial clusters, showcasing a strong market-driven approach [2][9] Group 3: Marine Economy - Coastal provinces are shifting their focus to marine economies, with Guangdong and Shandong aiming to create comprehensive marine industry ecosystems [8][19] - Liaoning and Jiangsu are leveraging their industrial bases to upgrade traditional marine industries towards high-end and green solutions [8][19] - The emphasis on marine economic development reflects a strategic pivot towards utilizing ocean resources for economic growth [8][19] Group 4: Consumption and Economic Growth - Guangdong is promoting the establishment of international consumption centers, aiming to enhance service industry standards and consumer environments [10][11] - Provinces like Beijing and Jiangsu are emphasizing high-energy consumption innovations, focusing on cultural and tourism integration to stimulate local economies [11][15] - The strategies aim to release local market potential and enhance consumer confidence through improved infrastructure and services [11][15] Group 5: Strategic Technology and Talent Development - Provinces are prioritizing the establishment of national laboratories and major scientific facilities to strengthen strategic technological capabilities [12][14] - There is a focus on integrating education, technology, and talent development to foster innovation and address regional needs [13][14] - Collaborative efforts across provinces aim to enhance the overall effectiveness and resilience of the national innovation system [12][14]

Core Insights - Hydrogen energy and nuclear fusion are identified as key future industries in China's "14th Five-Year Plan" [1] - Nuclear fusion is described as a clean, safe, and virtually limitless energy source, often referred to as humanity's "ultimate energy" [1] - China is making significant advancements in nuclear fusion research, with notable achievements expected by 2025 [3][5] Group 1: Nuclear Fusion Research Developments - The "East" (EAST) facility in Hefei has set a world record for plasma operation at 1 billion degrees Celsius for 1066 seconds [3] - The construction of the next-generation compact fusion experimental device (BEST) has officially begun, with the Comprehensive Research Facility for Fusion Reactor (CRAFT) expected to be completed by the end of 2025 [3][5] - The CRAFT facility consists of 19 systems, including the "Chixiao" subsystem, which is crucial for material testing under extreme conditions [5] Group 2: Material Innovations - The development of tungsten-copper composite materials is essential for the core components of fusion devices, capable of withstanding extreme heat and radiation [5][8] - The successful creation of these materials has been a significant milestone in China's nuclear fusion research, showcasing the country's progress from following to leading in this field [5][11] Group 3: Advantages of Nuclear Fusion - Nuclear fusion offers several advantages over nuclear fission, including an almost limitless fuel supply from seawater and a lack of nuclear waste [13] - The energy density of fusion is significantly higher, with just 1 gram of fuel releasing energy equivalent to burning 8 tons of oil [13] Group 4: Collaborative Efforts and Industry Development - The development of nuclear fusion in China involves a collaborative approach, integrating national laboratories, research institutions, universities, and private enterprises [15] - The establishment of the Anhui Province Fusion Industry Alliance aims to bridge the gap between research and industry, facilitating collaboration among over 200 member organizations [15][17] - The evolving industrial ecosystem is expected to create opportunities for new entrants in the fusion sector, potentially leading to breakthroughs in clean and affordable energy [17]