Core Viewpoint - The document outlines measures to strengthen the cultivation of innovative enterprises in the digital economy, emphasizing the enhancement of computing power resources and the implementation of the "East Data West Computing" project [1] Group 1: Policy Measures - The National Development and Reform Commission, along with other governmental bodies, has issued measures to support the digital economy by reinforcing the supply of computing power resources [1] - The initiative aims to implement policies that ensure the deployment of computing power at national hub nodes and optimize the demand in key application areas [1] Group 2: Infrastructure Development - There is a focus on accelerating the construction of a national integrated computing power network, encouraging local collaboration in building this infrastructure [1] - The plan includes the establishment of a new type of computing power network infrastructure that integrates monitoring, scheduling, elastic supply, and security [1] Group 3: Support for Enterprises - The measures aim to facilitate efficient and precise matching of computing power resources with the needs of digital innovation enterprises [1] - National hub nodes are encouraged to provide low-cost, wide-coverage, and reliable computing power services to digital innovation companies, thereby lowering the barriers to accessing computing power [1]

Core Viewpoint - Data has become a new production factor and a core engine driving the high-quality development of the digital economy, with the national integrated computing network and data infrastructure being crucial for the Digital China strategy [1] Group 1: National Integrated Computing Network - The national integrated computing network aims to efficiently allocate resources, promote green and low-carbon facilities, and provide flexible computing power through the integration of diverse heterogeneous computing resources [1] - The current challenges faced by the national integrated computing network include severe fragmentation of computing resources and insufficient overall utilization [1] Group 2: Smart Computing Center - The "Technical Requirements for Computing Pooling in Smart Computing Centers" focuses on the challenges of heterogeneous computing integration by abstracting, virtualizing, and task-scheduling cross-architecture computing resources [1] - This approach aims to create a unified and transparent "intelligent computing pool" to ensure the flexibility of intelligent computing power [1] Group 3: Standardization and Ecosystem Development - The newly released technical document establishes unified standards to break down barriers of heterogeneous computing resources, activating the aggregated value of dispersed computing through pooling thinking [1] - The goal is to transform the vertical domestic smart computing "small ecosystem" into an open and collaborative "large ecosystem," promoting the standardized construction of computing pooling in smart computing centers [1]

Core Insights - The integration of digital and energy revolutions is driving a significant increase in demand for computing power, with projections indicating an average annual growth rate of around 20% in China's data center electricity consumption from 2024 to 2030, outpacing the overall electricity consumption growth rate [1] Group 1: Industry Developments - The 2025 China International Big Data Industry Expo highlighted discussions on promoting the collaborative development of electricity and carbon computing [1] - The Deputy Director of the National Data Bureau emphasized that electricity supply is a critical factor influencing computing power development, and the scale of computing power directly affects data processing efficiency [1] - The rapid advancement of AI is leading to an explosive growth in computing power demand, necessitating the establishment of a new infrastructure that integrates data, computing, networks, and energy [1] Group 2: Southern Power Grid's Innovations - Southern Power Grid showcased its developed Electric-Carbon-Computing Collaborative Operation System, which is based on power infrastructure and promotes the economic and green flow of computing resources [2] - The system features three core capabilities: real-time monitoring of power consumption, dynamic scheduling to reduce operational costs by over 10%, and nationwide collaboration to connect computing resources with the integrated national computing network [2] - The system aims to break down information barriers between electricity, computing power, and carbon emissions, achieving precise matching and efficient scheduling [2] Group 3: Practical Applications and Future Outlook - The Electric-Carbon-Computing Collaborative Operation System has shown initial success, with a case where a computing task was migrated to a data center, resulting in a 10% reduction in overall computing costs and the consumption of 113.4 kWh of green electricity [3] - The flexibility of computing power scheduling is identified as a crucial foundation for collaborative operations, requiring solutions for application, data, and model coordination [3] - Future expectations include making the use of computing resources as convenient and quantifiable as water and electricity, necessitating the establishment of a precise measurement system for computing power [3]

Core Viewpoint - The event focused on the construction of data infrastructure and its role in supporting the digital economy and technological innovation, emphasizing the need for a new infrastructure system that prioritizes data value release, network support, and computing power as a foundation [1][14]. Group 1: Event Overview - The "Data Infrastructure Theme Exchange Activity" was held in Guiyang, gathering representatives from government, industry, academia, and research to discuss the construction path of data infrastructure and the national integrated computing power network [1]. - Key officials, including Liu Liehong, the head of the National Data Bureau, highlighted the goal of creating a new infrastructure system aimed at high-quality standards, large-scale facility deployment, and market-oriented ecological operations [1]. Group 2: Regional Economic Performance - In the first half of 2025, Guizhou's GDP grew by 5.3%, with 49 key data centers under construction or in operation, achieving over 90% in intelligent computing and domestic production rates [2]. Group 3: Technological Innovations - Chen Jianfeng from the Chinese Academy of Engineering discussed innovations in green data centers, projecting that China's total computing power electricity consumption will exceed 300 billion kWh by 2024, with a significant reduction in energy consumption through new cooling technologies [3]. - The "cloud-edge computing" concept proposed by Wang Huaimin aims to connect dispersed computing resources through a collaborative mechanism, enhancing operational efficiency across over 900 computing centers [4]. Group 4: Industry Insights - Yu Xiaohui from the China Academy of Information and Communications Technology emphasized the need to address connectivity and circulation issues in data infrastructure, with the National Data Bureau's "three unifications" laying the groundwork for data connection [6]. - Xu Qiang from the National Information Center proposed a "three fives" strategy for computing power network construction, focusing on inclusive computing, green development, and addressing supply and service efficiency challenges [7]. Group 5: Monitoring and Evaluation - Hu Jianbo from the National Data Development Research Institute introduced a monitoring system with "four dimensions, three levels, and 60 indicators" to ensure effective management and utilization of data infrastructure [9]. Group 6: Local Practices and Achievements - Jiang Yang, Deputy Director of Guizhou Data Bureau, shared five initiatives that led to the establishment of 49 data centers and significant improvements in computing power and latency [11]. - Wang Wanjun from Jiangsu Data Bureau reported that the province's computing power reached 61.54 Eflops, with the digital economy's core industry contributing 11.8% to GDP [12]. Group 7: Key Outcomes - The event announced three significant outcomes: the establishment of a national integrated computing power network monitoring and scheduling platform, the second batch of pilot projects for national data infrastructure, and successful case studies demonstrating cross-domain integration [13][14].

Core Viewpoint - The National Data Bureau of China has launched the "National Integrated Computing Power Network Monitoring and Scheduling Experimental Verification Platform" at the 2025 China International Big Data Industry Expo, aimed at integrating dispersed computing power across the country to provide more accessible computing services [1] Group 1: Platform Overview - The platform has achieved initial monitoring and scheduling of eight major hubs and ten clusters under the "East Data West Computing" initiative, covering over 900 computing facilities nationwide [1] - The platform facilitates the integration of domestic computing power, idle computing power, and green computing power, significantly reducing rendering tasks for projects like the movie "Nezha 2" from 600 years to a few months [1] Group 2: Cost Implications - According to representative Lu Hongjun, computing power costs are crucial for small and medium-sized enterprises transitioning to "data + artificial intelligence" [1] - The platform is expected to reduce training costs by 25% and inference costs by 10% [1]

Core Insights - The 2025 China Computing Power Conference highlighted significant advancements in China's computing power industry, indicating a shift towards high-quality and large-scale development [1][2] - The construction of an integrated computing power network is essential for promoting computing power as a societal service, akin to water and electricity [1][4] Group 1: Computing Power Development - As of June 2025, China has 10.85 million standard racks in use and an intelligent computing power scale of 788 EFLOPS, with total storage exceeding 1680 EB [1][2] - The average Power Usage Effectiveness (PUE) of computing centers has decreased to 1.42, reflecting improved energy efficiency [1] - The report indicates that the number of large models released in China has reached 1509, ranking first globally [2] Group 2: Integrated Computing Power Network - The conference announced the completion of access for 10 provincial platforms to the national computing power platform, marking a significant step towards a unified computing power network [3] - The national supercomputing internet platform has connected over 30 major computing centers, enhancing resource sharing and operational efficiency [3][4] - The platform aims to improve the utilization efficiency of computing resources, with an average increase of 40% since its launch [4] Group 3: Future Directions and Challenges - The Ministry of Industry and Information Technology plans to establish a comprehensive standard and rule system for computing power interconnectivity by 2026 [5] - Key challenges include technical issues related to heterogeneous connections and operational discrepancies among different computing centers [5][6] - The focus will be on developing efficient computing facilities, intelligent scheduling, and ensuring security and sustainability in the computing power network [6]

Core Insights - The 2025 China Computing Power Conference in Datong marks a significant milestone in the country's computing power sector, themed "Building Foundations with Computing Networks, Guiding the Future with Intelligence" [1] - The conference highlighted the rapid development of China's computing power industry, achieving a scale of 788 EFLOPS in intelligent computing power and a total storage capacity exceeding 1680 EB during the 14th Five-Year Plan period [1] - The China Computing Power Platform has successfully integrated ten provincial sub-platforms, enhancing the overall ecosystem and resource allocation [1] Group 1 - The China Computing Power Platform aims to create a neutral, open, fair, and trustworthy service ecosystem, enhancing compatibility and interoperability among different systems [4] - As of July, the platform has registered over 1,000 enterprise users and onboarded more than 100 computing service providers, offering over 110 high-quality computing power products [4] - The platform has achieved "five major integrations" involving platform, entities, resources, ecosystem, and scenarios [4] Group 2 - Datong ranks third nationally in computing power index, positioning itself as a key player in transforming resource-based economies [5] - The city has invested 28.2 billion yuan in its computing power center, with a construction scale of 25,000 P, equivalent to over 326,000 standard racks, achieving an overall shelving rate of 90% [5] Group 3 - China Telecom announced its AI computing power ecosystem at the conference, revealing plans to establish Datong as a "new heart of computing power" [7] - The company has built a full liquid-cooled domestic intelligent computing cluster in the Beijing-Tianjin-Hebei and Yangtze River Delta regions, with a total computing power exceeding 77 EFLOPS [7] - China Telecom's new initiatives include the "Xirang" computing power scheduling system and the launch of the AI computing optimization AICO system, aimed at facilitating easier and more economical access to AI computing power for enterprises [7]

Core Insights - The recent 2025 China Computing Power Conference highlighted significant advancements in China's computing power industry, emphasizing a transition to high-quality and large-scale development [1][2] - The Ministry of Industry and Information Technology announced plans to enhance the quality of computing resources and promote the construction of green data centers [2][3] Industry Developments - As of June 2023, China has 10.85 million standard racks in use for computing power centers, with an intelligent computing power scale of 788 EFLOPS and a total storage capacity exceeding 1680 EB [1] - The average Power Usage Effectiveness (PUE) of national computing power centers has decreased to 1.42, indicating improved energy efficiency [1] Infrastructure and Policy - The Ministry will guide the construction of computing facilities and optimize the layout of computing infrastructure across regions [2] - The "National Supercomputing Internet" initiative aims to create an integrated computing network, connecting various computing resources and applications [3] Technological Innovations - The National Supercomputing Internet has already connected over 30 backbone computing centers and attracted more than 640,000 registered users, offering over 1,600 applications and 600 popular open-source models [3] - China Mobile introduced the Computing Network Brain 3.0, which enhances system capabilities from automation to intelligence and supports various AI services [4]

Group 1 - The 2025 China Computing Power Conference was held in Datong, Shanxi Province, focusing on new trends in computing power networks and the future of the computing power industry [1] - As of June 2023, China has 10.85 million standard racks in use for computing power centers, with an intelligent computing power scale of 788 EFLOPS and a total storage capacity exceeding 1680 EB [1][2] - The average energy utilization efficiency (PUE) of national computing power centers has decreased to 1.42, indicating improvements in energy efficiency [1] Group 2 - The Ministry of Industry and Information Technology aims to enhance the quality of computing power resource supply and optimize the layout of computing power infrastructure [2] - The national supercomputing internet has connected over 30 backbone node computing centers, with more than 200 members in the consortium [2][3] - The supercomputing internet is designed to integrate computing power supply, application development, operation services, and user capabilities into a unified network and service platform [3] Group 3 - The national supercomputing internet has provided over 1,600 application software, more than 600 popular open-source models, and over 70 SaaS platforms, attracting over 640,000 registered users [3] - China Mobile showcased its Computing Network Brain 3.0, which supports various intelligent scheduling layers and offers simplified interaction experiences [4] - The Computing Network Brain has developed over 20 task-oriented services, widely applied in key areas such as energy, government affairs, and transportation [4]

Core Viewpoint - The signing of the "Urban Computing Power Network Cooperation Agreement" between Nanjing and Lhasa marks a significant step towards collaboration in computing infrastructure, computing power industry development, and digital talent cultivation [1] Group 1: Computing Infrastructure Development - The collaboration will leverage Nanjing's technological advantages, including "Future Network" and "Information Express," to enhance computing power network and high-speed data network construction [1] - A high-speed direct connection network will be established between Nanjing, Chengdu, and Lhasa to facilitate computing power coordination [1] Group 2: Computing Power Industry Development - The initiative aims to utilize Tibet's green electricity for computing power services to meet the market demands of the Yangtze River Delta region [1] - There will be an exploration of cross-border business cooperation under the national data cross-border security management framework, aiming to create a new system for cross-regional industrial integration [1] Group 3: Digital Talent Cultivation - The partnership will focus on establishing a joint digital talent cultivation mechanism, leveraging Nanjing's higher education and research resources [1] - The initiative will support the national integrated computing power network construction through the joint training of digital professionals [1]