生产性服务业发展报告 (2025 年) 版权声明 本报告版权属于中国信息通信研究院，并受法律保护。 转载、摘编或利用其他方式使用本报告文字或者观点的， 应注明"来源：中国信息通信研究院"。违反上述声明者， 本院将追究其相关法律责任。 前 言 党的二十届三中全会、四中全会分别提出要"聚焦重点环节分领 域推进生产性服务业高质量发展"，"提高现代服务业与先进制造业 融合发展水平"。生产性服务业涵盖研发设计、信息传输、金融、 物流、商贸等多个领域，服务工业、农业生产的多个环节，具有知 识密集、附加值高、融合性和专业化强等显著特点。在新一代信息 技术影响下，生产性服务业高质量发展呈现融合化、数智化、高端 化、绿色化、全球化的演进特征。推动生产性服务业高质量发展已 成为发展新质生产力、赋能新型工业化、构建现代化产业体系、实 现高水平对外开放的必然选择。 经过多年发展，我国生产性服务业增加值规模从 2016 年的 19.8 万亿增至 2024 年的 41.1 万亿人民币，年复合增长率 9.5%，占 GDP 比重从 26.6%升至 30.5%。服务型制造走深走实提升发展质量，成 为制造业企业普遍选择，"制造+服务"的"两业融 ...

技术经理人是衔接"创新链"与"产业链"的关键桥梁。苏州在此领域已进行一系列前瞻性布局，包括 率先推出"先使用后付费""先研发后占股"及"全球专利定价体系"三大创新机制；今年上线的科技成果超 市汇聚全国90余所高校超万项科技成果，总价值超140亿元；牵手知名高校举办高级技术经理人特训 班，助推高素质、专业化、国际化人才队伍加速集结。同时，"技术经理人+基金""技术经理人+科技招 商"等协同模式不断深化，推动技术成果实现高效转化。 作为活动的核心环节，首届高级技术经理人转化大赛设置了青年创新、国际对接、实验室转化融合 三大赛道及社会征集通道。历经三个月遴选，从200多个项目中脱颖而出的13个优质项目会师总决赛。 这些项目聚焦电子信息、人工智能、生物医药、先进材料等苏州重点产业领域，成果源头覆盖上海交通 大学、剑桥大学、牛津大学、香港理工大学及姑苏实验室等国内外顶尖高校与科研院所，充分展现了转 化赛道的多元潜力与创新活力。 昨天（12月2日），苏州市技术经理人"星火培育计划"发布暨首届高级技术经理人转化大赛在苏州 双创中心举办。 会上重磅发布了"星火培育计划"。未来三年，苏州将面向全球招募培养3000名技术经理人， ...

Core Viewpoint - The "Science and Technology Innovation Market" in Shanghai Jiading District aims to enhance the integration of technology and finance, focusing on the entire lifecycle needs of innovative enterprises and accelerating the transformation of scientific and technological achievements [1] Group 1: Platform Development - The "Science and Technology Innovation Market" will provide support services for the transformation of scientific and technological achievements and key industry development, integrating functions such as achievement display, project roadshows, financing connections, innovation services, and policy guidance [1] - A dual-service platform will be established, combining online and offline resources, including a dedicated section on the Shanghai Trading Group's website and a physical knowledge property protection center [2] Group 2: Mechanism Construction - A "three-dimensional linkage" mechanism will be constructed, coordinating financial, technological, and industrial elements to provide diversified capital support for enterprises [2] - The mechanism will involve collaboration among government departments, financial institutions, and innovative entities to strengthen the "Jiading Science and Technology Innovation Core" [3] Group 3: Financial Engagement - During the launch of the "Science and Technology Innovation Market," six technology achievement transformation projects and investment institutions signed equity investment agreements totaling 325 million yuan [4] - Financial institutions, including Shanghai Bank and Bank of Communications, signed credit agreements amounting to 1.052 billion yuan with technology enterprises [4] Group 4: Collaborative Innovation - Jiading District is building a multi-level innovation platform system, creating a collaborative innovation pattern involving universities, leading enterprises, and innovation carriers [3] - The district is also enhancing the collaborative innovation core circle with neighboring regions and establishing alliances in key industries such as new energy vehicles [3]

Core Viewpoint - The article discusses the "Beijing Action Plan for Promoting the Transformation of Scientific and Technological Achievements (2025-2027)" which aims to enhance the conversion of scientific and technological achievements in Beijing through various innovative measures [1][2][22]. Summary by Sections Development Goals - By 2027, a collaborative and dynamic transformation system for scientific and technological achievements is expected to be established, resulting in the successful conversion of significant technological achievements that meet national strategic needs and support Beijing's socio-economic development. The plan aims to facilitate the establishment of 1,000 cooperation platforms, 5,000 technology development projects, and the incubation of 3,000 technology-based enterprises and 600 specialized enterprises [9][24]. Key Tasks - **Promoting Technology Transfer**: - Reform policies to enhance technology transfer, including the establishment of a management system for job-related technological achievements and encouraging a "pay after use" model [10][25]. - Strengthen the internal mechanisms of research and development units to facilitate the entire process of technology transfer [10]. - Create benchmark technology transfer institutions to support various aspects of technology commercialization [11]. - **Highlighting the Role of Enterprises**: - Establish a research organization model where enterprises propose research topics and R&D units respond [12]. - Develop enterprise-led cooperation platforms and support the establishment of companies based on technology transfer [13]. - **Enhancing Public Service Capabilities**: - Implement a service mechanism that matches technology supply from R&D units with demand from enterprises [15]. - Reform park systems to create market-oriented and professional technology transfer service institutions [15]. - **Stimulating Market Element Vitality**: - Expand the pool of technology managers and enhance training programs to cultivate talent in technology transfer [16]. - Build a financial service system for technology transfer, encouraging investment in seed and angel rounds for hard technology projects [17]. - **Improving Service Quality**: - Construct the Zhongguancun International Technology Trading Center to facilitate technology transactions and innovation [18]. - Strengthen precise services for technology transfer startups, providing tailored support to enhance efficiency [19]. Safeguard Measures - Strengthen organizational leadership to ensure collaboration among various units in promoting technology transfer [21]. - Emphasize task implementation by creating annual task lists and clarifying responsibilities [21]. - Promote awareness and engagement in technology transfer policies through various media platforms [21].

Group 1 - The core viewpoint of the report is that China's higher education institutions and research institutes have maintained a high level of innovation and entrepreneurship, leading to significant advancements in the transformation of scientific and technological achievements [1][2] - In 2024, the total contract amount for technology transfer from 4,059 higher education institutions and research institutes reached 226.91 billion yuan, representing an approximate 10% increase from the previous year, with a total of 661,000 contracts [1] - The establishment of technology transfer institutions and talent development is progressing, with 1,084 institutions having set up technology transfer agencies, accounting for 26.7% of the total, and 2,209 institutions forming dedicated teams for technology transfer, comprising 54.5% of the total [1] Group 2 - The collaboration between higher education institutions and enterprises in research and development is deepening, with 1,329 institutions co-establishing research and transfer platforms, which account for 32.7% of the total, resulting in 19,772 co-established institutions and platforms [2] - The annual report system for technology transfer is being improved, with 4,059 institutions submitting their annual reports, indicating a growing emphasis on the management and standardization of technology transfer [2]

Group 1: Financial Performance and Challenges - The company has experienced a decline in performance over the past four years, with revenue shrinking and negative operating cash flow annually [2][3] - As of June 30, 2025, the total liabilities amount to 8.157 billion CNY, with a debt-to-asset ratio of 49.47%, a decrease of 0.08 percentage points from the previous year [5] - The company reported a 159.02% increase in investment income in the first half of 2025, attributed to the steady growth of incubated projects [5] Group 2: Strategic Initiatives and Future Plans - The company aims to enhance its operational capabilities by focusing on technology transfer, expanding its project matrix, and developing new material business exports [2][3] - It plans to consolidate its "technology innovation services + strategic emerging industries" development model, focusing on investment in technology-leading enterprises [3][4] - The company has completed 11 investment projects in sectors such as advanced manufacturing and new materials in the first half of 2025 [5] Group 3: Shareholder Engagement and Returns - The company has implemented cash dividends for nine consecutive years, emphasizing its commitment to providing stable returns to investors [3] - The management is focused on improving asset quality and core competitiveness as part of its market value management strategy [6] - The company is open to increasing dividend frequency and amounts based on operational performance and future funding needs [6][7] Group 4: Market Position and Competitive Advantage - The company has established a unique innovation ecosystem in collaboration with Tsinghua University, enhancing its ability to support technology enterprises throughout their lifecycle [4][6] - It is actively exploring new paths for industry cultivation and aims to inject sustainable momentum into high-quality development [4][6] - The company has invested in key sectors such as artificial intelligence and new materials, with a focus on integrating technology with market demands [4][5]

Core Viewpoint - The implementation of the "Management Measures for the Record of Changsha's Technology Achievement Transformation Concept Verification Center and Pilot Test Platform" aims to enhance the efficiency of technology achievement transformation and support the commercialization of early-stage technology achievements [1][3]. Group 1: Support Measures - Changsha will provide five types of support for the concept verification centers and pilot test platforms, including operational funding subsidies, project assistance, and application scenario construction [1][3]. - The maximum operational funding subsidies are set at 200,000 yuan for concept verification centers and 500,000 yuan for pilot test platforms, based on annual performance evaluations [3]. Group 2: Objectives and Tasks - The concept verification centers focus on the identification of technology achievements, feasibility assessments, and commercialization value analysis, while pilot test platforms are responsible for project selection, process improvement, small-scale production, and technical consulting services [1][3]. - The initiative aims to strengthen the top-level design and layout of concept verification centers and pilot test platforms, aligning with Changsha's advantageous industrial chains and academic strengths [1][2]. Group 3: Previous Planning and Industry Focus - Two years prior, Changsha began planning the layout of pilot test platforms and has since recognized nine pilot test bases in key industries such as automotive, medical devices, and new energy, addressing industry gaps [2].