（来源：千龙网） 不只是《科学》杂志评定的4项成果。回望2025年的中国科技，可谓捷报频传，备受世界瞩目：我国在 全球创新指数排名中首次跻身前十，"深圳－香港－广州"创新集群排名跃居各国创新集群榜首； DeepSeek创始人梁文锋、中国科学院深海科学与工程研究所地质学家杜梦然入选《自然》年度十大科 学人物榜……这一年，中国科技活力澎湃，科创成果实现集群式突破、精彩纷呈，为经济高质量发展注 入了强劲动力。 当前，"十四五"即将圆满收官、"十五五"即将开启。推进中国式现代化，科技要打头阵。正如中央经济 工作会议指出的：坚持创新驱动，加紧培育壮大新动能。"十五五"规划建议中，多次提及"科技"和"创 新"，凸显了科技创新在国家发展全局中的战略支撑作用，表明了抢占科技制高点的坚定决心。 放眼全球，新一轮科技革命和产业变革深入发展，各国竞相布局新领域新赛道，围绕未来科技制高点的 竞争空前激烈。抢占科技制高点，首先需要发挥我们"集中力量办大事"的制度优势，进一步整合研发、 人才、技术、资金等创新资源，开展关键核心技术联合攻关。同时，推动高校、科研院所、企业、金融 机构等建立更加紧密的协同创新机制，促进科技创新和产业创新深度 ...

为进一步推动新型储能技术创新与跨区域协同发展，搭建京津冀三地储能产业交流合作平台，在北京市科委、中关村管委会的支持下，中关村储 能产业技术联盟将牵头举办"京津冀新型储能技术创新应用研讨会"，现将有关会议事项预通知如下： 一、会议基本信息 1、会议主题：技术创新赋能储能发展・协同共享支撑能源转型 2、会议时间：12 月26日下午 3、会议地点：河北石家庄 4、主办单位：中关村储能产业技术联盟 5、参会人员 京津冀三地科技、能源、经信主管部门领导；储能行业领军专家；储能产业链上下游重点企业代表（涵盖电池材料、系统集成、运维、新能源发 电等领域），总规模约 100 人。 6、活动形式：线下 二、会议核心内容 1. 盘点新型储能技术发展最新进展，研判未来技术发展趋势； 2. 立足河北省能源绿色转型和新型电力系统建设需求，聚焦电化学、物理储能等主流技术路线，交流新能源 + 储能、电网侧储能、户用储能等多 应用场景的技术创新成果与项目实践经验； 3. 研讨打破地域壁垒、实现技术/资源共享的关键路径，凝聚跨区域协同发展共识。 三、会议议程安排（拟） 文 | 中关村储能产业技术联盟 | 时间 | 内容 | | --- | - ...

Core Insights - The 2025 China International Fair for Trade in Services (CIFTIS) concluded on September 14, showcasing China's commitment to high-level openness and its significant growth potential, leading foreign businesses to express increased confidence in establishing roots in China [1][5]. Group 1: Event Overview - The CIFTIS attracted 2,000 participating companies, including Fortune 500 firms and industry leaders, highlighting advancements in artificial intelligence and green innovation [3]. - The event emphasized China's push towards sustainable development, with new energy storage technologies and smart recycling machines gaining attention [3][4]. Group 2: Foreign Perspectives - Foreign experts noted that China's institutional efforts to promote global service trade cooperation enhance its competitiveness and provide a platform for emerging economies to participate [5]. - The event demonstrated China's growing capabilities in providing high-quality innovative services, particularly in healthcare and inbound tourism, supported by modern technologies like mobile payment systems [5][6]. Group 3: Economic Implications - The CIFTIS served as a platform for cultural exchange and multilateral cooperation, reinforcing China's commitment to inclusive and forward-looking service trade [5]. - The openness of the Chinese market is crucial for countries reliant on international trade, as emphasized by foreign diplomats, who view China's market as a significant opportunity for exports and imports [6].

Core Viewpoint - The press conference highlighted the achievements in high-quality energy development during the "14th Five-Year Plan" period, emphasizing market-oriented reforms and innovations in the energy sector [1][2]. Group 1: Energy Market Reforms - The energy pricing mechanism has been rapidly improved, with coal and renewable energy fully entering the market, and most electricity prices determined by market competition [1]. - A nationwide unified electricity market system has been established, covering medium- and long-term trading as well as ancillary services, with the spot market expanding across several provinces [1]. Group 2: Innovation in Energy Industry - The National Energy Administration has implemented policies to accelerate the development of new business entities, virtual power plants, and green electricity direct connections, enhancing the resilience and safety of the new power system [2]. - The total capacity of virtual power plants has exceeded 35 million kilowatts, equivalent to one and a half Three Gorges power stations, showcasing the growth of new business models in the energy sector [2]. - New energy storage technologies have seen significant advancements, with a total capacity of approximately 95 million kilowatts, representing a 30-fold increase compared to the end of the "13th Five-Year Plan" [2].

Group 1: Energy Supply and Demand - National electricity load has reached record highs, with the highest load recorded four times this year and five times for the State Grid [1][2] - Coal remains a critical component for stable electricity supply, with coal production in Shanxi maintaining high output levels [1][2] - Natural gas consumption has also increased, with the highest daily throughput reaching 645 million cubic meters, a 2.7% year-on-year increase [2] Group 2: Renewable Energy Contribution - Renewable energy sources such as hydropower, wind, and solar are increasingly contributing to electricity supply, with daily generation exceeding 1.1 billion kilowatt-hours during peak summer [3] - New energy projects from the State Energy Group have a total installed capacity of over 150 million kilowatts, supporting electricity supply for over 360,000 households [3] - New Tian Green Energy reported a 9.32% year-on-year increase in total power generation, with solar energy generation up by 149.53% [3][4] Group 3: Energy Storage Technologies - New energy storage technologies are becoming essential for electricity supply, with multiple provinces implementing large-scale storage solutions to manage peak demand [6] - The largest string-type energy storage station in China, located in Jiangsu, can release up to 800,000 kilowatt-hours of clean energy daily [6] - On August 1, 2023, energy storage stations and virtual power plants in Shanxi contributed a maximum power of 2.25 million kilowatts to balance supply and demand [7]

Core Viewpoint - The article emphasizes the acceleration of global energy transition driven by carbon neutrality goals, highlighting the critical breakthroughs in zero-carbon technologies such as green hydrogen, carbon capture, and energy storage, which are reshaping the global energy landscape and supporting the establishment of a green, low-carbon, and efficient energy system [1][6]. Group 1: Event Background and Concept - The 2025 Zero Carbon Technology Competition aims to discover promising zero-carbon technology companies and promote the deep collaboration of technology, capital, and industry [1]. - The event is positioned as a platform for technology innovators to showcase their work and accelerate the transition from laboratory to industrial application [1][2]. Group 2: Key Areas of Focus - Green Hydrogen: This sector addresses the large-scale storage and conversion of energy, crucial for managing renewable energy consumption [6]. - Carbon Capture: Engineering methods for carbon capture are essential for achieving carbon neutrality goals, including technologies like CCUS and DAC [7]. - Fuel Cells: Fuel cells play a vital role in the low-carbon energy system, focusing on upstream materials and downstream applications [8]. - New Energy + Storage: The integration of new energy sources with storage solutions is becoming a trend to enhance power system regulation [9]. - New Hydrogen Production Technologies: Innovative methods for hydrogen production are being developed to reduce emissions and costs [10]. - Smart Energy: The integration of digital technologies to optimize energy management is crucial for enhancing renewable energy consumption [11]. Group 3: Competition Structure and Benefits - Selected high-quality projects will receive financing guidance, market exposure, and opportunities for collaboration with industry leaders [12][15]. - The competition will facilitate connections between innovative projects and industry investors, enhancing early-stage financing opportunities [2][16]. - Participants will benefit from media exposure and potential entry into prestigious innovation incubators [15][18]. Group 4: Event Schedule - The competition includes multiple preliminary rounds and a final event, with specific dates and locations outlined for participant engagement [20][23].

Core Insights - The transformation of scientific and technological achievements from "bookshelves" to "shelves" is gaining momentum in Hunan, with a projected growth of over 50% in both the number of technology contracts and transaction amounts in 2024 across 37 universities [1] Group 1: Evaluation Orientation - The evaluation criteria for researchers are shifting, encouraging them to actively promote their research outcomes to enterprises, which is a significant change from previous practices [2] - Hunan has implemented incentive measures in performance assessments and promotions to benefit researchers from the conversion of their achievements, fostering a culture of engagement with industry [2] - The average technology transfer cycle has been shortened by 60% in 2024, with a 120% year-on-year increase in the number of conversion projects at Changsha University of Science and Technology [2] Group 2: Demand Matching - A key challenge has been the mismatch between enterprise needs and university technological capabilities, which Hunan is addressing through initiatives that facilitate ongoing communication between universities and high-tech enterprises [3] - The "dual high" matching activities have been established to help researchers identify genuine industry needs, leading to a shift from merely selling technology to comprehensive collaboration [3] - Companies are now presenting specific technical demands at events, which has garnered significant interest from researchers [3] Group 3: Conversion Ecosystem - Hunan has introduced innovative mechanisms like "pay after use" to reduce the financial risks for enterprises when adopting new technologies, allowing for a more flexible payment structure [4] - This approach helps lower the trial and error costs for companies and revitalizes existing innovations from universities [4] Group 4: Comprehensive Support - Hunan is enhancing its innovation ecosystem through a combination of institutional reforms, financial support, and talent development initiatives, including the establishment of an angel investment fund and a technical manager training program [5] - The focus is on creating an open and active technology transfer service system to foster a favorable environment for the conversion of scientific achievements into productive forces [5]