● 本报记者 杨洁 8月22日-24日，2025中国算力大会在山西大同举办。大会数据显示，截至2025年6月底，我国在用算力 中心标准机架达1085万架，智能算力规模达788EFLOPS，存力总规模超过1680EB，全国算力中心平均 电能利用效率（PUE）降至1.42。工业和信息化部副部长熊继军表示，我国算力产业已迈向高质量、规 模化发展的新阶段。 算力建得好，更要用得好。如何促进算力成为像水、电一样的社会级服务？多位专家表示，构建高效、 智能的算力网络是关键。本次大会传来全国一体化算力网建设诸多新进展——中国算力平台完成10个省 区市分平台接入工作，全国超算互联网平台也新接入了七城算力中心。按照工信部等部门的相关规划， 未来两到三年，我国还将进一步部署算力互联互通的相关工作。 夯实"算存运"底座 2025中国算力大会发布"1+4"个算力行业发展报告，即《2025综合算力指数》《2025算力发展报告》 《2025存力发展报告》《2025运力发展报告》《2025智算服务发展报告》。中国信息通信研究院副院长 魏亮解读称，近年来人工智能技术快速发展，算力、存力、运力以及模型能力的协同发展水平已成为衡 量地区数字竞争 ...

2025中国算力大会在山西大同盛大启幕，以"算网筑基，智引未来"为主题，标志着我国在算力领域的又一里程碑事件。会上，中国算力平台成功接入了包 括山西、辽宁、上海等在内的十个省区市分平台，实现了从平台到生态、从资源到场景的全面贯通。 近年来，我国算力产业发展迅猛，"十四五"期间更是取得了显著成就。智能算力规模达到了788EFLOPS，干线400G端口数量大幅增加至14060个，存力总 规模也突破了1680EB。同时，"华彩杯"算力应用创新项目征集活动反响热烈，累计征集项目超过2.3万个。 为应对算力产业发展中的挑战，我国以"点、链、网、面"为主轴，积极推动全国一体化算力网的建设。在中国信息通信研究院的引领下，自2017年起，产 业各界携手并进，稳步推进中国算力平台的建设。 作为国家级综合性算力服务平台，中国算力平台集算力供应、需求和服务于一体，致力于打造一个中立、开放、公平、可信的服务生态。通过提升不同系 统间的兼容性和互操作性，平台进一步促进了算力资源的高效配置与价值释放。 大会现场，栾晓维还发布了人工智能算力优化AICO体系，这一产学研共创的"算力加速引擎"旨在解决AI算力落地的痛点，让企业能够更便捷、经济 ...

此外，2025中国算力大会主论坛上，国家超算互联网与七城算力中心"算力互联互通接入仪式"举行。随 着国家超级计算太原中心、青岛"海之心"人工智能计算中心、长沙人工智能创新中心、万达开先进计算 中心等七家算力中心正式接入，国家超算互联网所连接的骨干节点型算力中心已突破30家，联合体成员 数量更是突破200大关。 超算互联网是以互联网的思维运营超算中心，并连接产业生态中的算力供给、应用开发、运营服务、用 户等各方能力和资源，构建一体化超算算力网络和服务平台。2023年4月，科技部启动国家超算互联网 部署工作。 国家高性能计算机工程技术研究中心副主任曹振南介绍超算互联网最新建设情况时表示，"全国一体化 算力网"的构建重心，已经由数字基础设施布局，转为建用并重、以用促建。 8月22日至24日，我国算力领域的顶级盛会——2025中国算力大会在山西省大同市举办。本届大会以"算 网筑基智引未来"为主题，聚焦算力网络新趋势，共话算力产业新未来。 8月23日，工业和信息化部副部长熊继军在致辞中指出，我国算力产业迈向高质量、规模化发展的新阶 段。截至今年6月底，我国在用算力中心标准机架达1085万架，智能算力规模达788 EFL ...

这个周末，算力领域传来不少大消息。 8月22日至24日，我国算力领域的顶级盛会——2025中国算力大会在山西省大同市举办。本届大会以"算 网筑基智引未来"为主题，聚焦算力网络新趋势，共话算力产业新未来。 8月23日，工业和信息化部副部长熊继军在致辞中指出，我国算力产业迈向高质量、规模化发展的新阶 段。截至今年6月底，我国在用算力中心标准机架达1085万架，智能算力规模达788 EFLOPS，干线 400G端口数量大幅增加至14060个，存力总规模超过1680 EB，全国算力中心平均电能利用效率 （PUE）降至1.42。 他还表示，工业和信息化部将有序引导算力设施建设，切实提升算力资源供给质量。推动完善算力布局 政策体系，优化布局算力基础设施，引导各地合理布局智能算力设施，持续开展国家绿色数据中心建 设。强化企业创新主体地位，推进科技创新与产业创新深度融合。加快突破GPU芯片等关键核心技术， 扩大基础共性技术供给。深入开展算力强基"揭榜"行动，聚焦计算、存储、网络等重点方向，加快新技 术新产品应用推广。持续在北京、上海、海南、深圳做好互联网数据中心等增值电信业务扩大对外开放 试点工作，支持国内算力企业走出去，提 ...

目前，鹏城实验室牵头研制算力网系列标准已超15项，并在IEEE、全国数据标准化技术委员会、 AITISA联盟等多个国际国内标准组织立项及发布。 【深圳商报讯】（首席记者王海荣通讯员鹏讯）近日，由鹏城实验室牵头制定的IEEE算力网国际标准 IEEE Standard Requirements and Framework for Sharing Data and Models for Artificial Intelligence across Multiple Computing Centers（标准编号：IEEE Std 3404-2025）正式发布。 该标准由鹏城实验室联合北京大学、北京大学长沙计算与数字经济研究院等一流科研院所，以及联通粤 港澳大湾区创新研究院、中移（苏州）软件技术有限公司、中兴通讯股份有限公司、华为技术有限公司 等龙头企业共同编制，是针对多计算中心间AI数据与模型共享的标准化框架，有助于解决广域多算力 中心云际协作中的互操作性、安全性和效率问题。 （文章来源：深圳商报） ...

这9项技术文件的研制，标志着全国一体化算力网建设从谋划布局阶段进入落地应用阶段，为构建全国 算力资源"一盘棋"、监测"一本账"、调度"一张网"格局，实现算力普惠化、市政化、公共化服务奠定技 术基础。 下一步，国家数据局将加快系列技术文件的落地实施，推动构建联网调度、普惠易用、绿色安全的全国 一体化算力网，助力网络强国、数字中国建设，着力打造全国统一大市场建设的数字基座。 本报北京电(记者王云杉)近日，全国数据标准化技术委员会(以下简称"全国数标委")秘书处面向社会公 开征求《全国一体化算力网智算中心算力池化技术要求》《全国一体化算力网安全保护要求》2项技术 文件意见。至此，全国一体化算力网9项技术文件已全部发布，全国一体化算力网标准体系建设基本完 善。 此前，为贯彻落实《关于深入实施"东数西算"工程加快构建全国一体化算力网的实施意见》等政策文 件，国家数据局已指导全国数标委秘书处完成全国一体化算力网算力并网、数据资源管理与调度、算力 多量纲计费、算力算效衡量、算力运营服务、算力监测接口、算力中心能力等7项技术文件的研制并公 开征求意见。 ...

重要的消息有哪些 1．商务部公布延长对进口牛肉保障措施调查期限决定，根据《中华人民共和国保障措施条例》的规定，2024年12月27日，商务部发布2024年第60号公告，决定对 进口牛肉进行保障措施立案调查。鉴于本案情况复杂，商务部决定将本案的调查期限延长至2025年11月26日。 2．国务院新闻办公室将于2025年8月7日（星期四）上午10时举行国务院政策例行吹风会，请财政部副部长郭婷婷和教育部有关负责人介绍逐步推行免费学前教育 政策有关情况，并答记者问。 3．韩国国务总理金民锡6日说，从今年9月29日至明年6月30日，韩国政府将对中国团体游客实施临时性入境免签政策。（新华社） 理想汽车、中国汽研、东风柳汽就理想i8碰撞测试相关事件相关情况达成一致，发布联合声明。 *ST亚振：股票交易异常波动，8月7日起停牌核查。 科创新源：数据中心散热结构件业务仍处于客户开拓和产品认证阶段。 赛诺医疗：子公司产品获美国FDA突破性医疗器械认定。 菲林格尔：股价异动期间总裁刘敦银减持8600股。 4．交通运输部、财政部、自然资源部印发《新一轮农村公路提升行动方案》，到2027年，全国完成新改建农村公路30万公里，便捷高效、普 ...

Group 1 - The 2025 Green Computing Power Conference was successfully held in Hohhot, Inner Mongolia, showcasing new achievements in China's digital economy and outlining a new blueprint for the development of green computing power [1] - The construction of a national integrated computing power network is a significant marker of modernization, with the Ministry of Industry and Information Technology promoting a system for efficient and convenient computing power utilization [2][3] - Hohhot has established a 400G high-speed optical transmission network connecting with other computing power hubs, ensuring a layered latency guarantee system [2] Group 2 - The integration of green concepts into computing power development is essential for achieving high-quality growth, with policies promoting the synergy between computing power and renewable energy [4][5] - Hohhot is leveraging its advantages to transform into a green computing power hub, addressing high energy consumption issues in data centers while providing scalable applications for the renewable energy industry [5] - The demand for computing power is significantly driven by the proliferation of artificial intelligence technologies, with over 1.3 million computing power application projects reported by the Ministry of Industry and Information Technology [6][7] Group 3 - The implementation of local "computing power vouchers" has been adopted by over 20 provinces, with a total annual issuance amounting to 1.53 billion yuan [7] - Hohhot is focusing on building a comprehensive industrial ecosystem that integrates green electricity and computing power equipment, while also enhancing its capabilities in various key industries [7] - The future of the computing power industry lies in deep integration with data and algorithms, accelerating penetration into various sectors such as transportation, finance, education, healthcare, technology, and energy [7]

Group 1 - The core viewpoint of the articles highlights the challenges and dynamics within the computing power rental market, including the influence of relationships on project acceptance and the pricing strategies of major tech companies [1][2][12]. - Major tech companies are leveraging their market position to negotiate lower prices for computing power, often below market rates, which can lead to financial strain for rental companies [2][12]. - The acceptance process for computing power projects is often influenced by the relationships between the parties involved, leading to disparities in project timelines and financial impacts [1][2]. Group 2 - The release of the draft for the National Integrated Computing Power Network outlines technical requirements and aims to improve resource utilization and balanced development across regions [3][4]. - The construction of large-scale computing power centers faces significant challenges, including high requirements for green energy and the need for strong justifications for projects outside major nodes [5][13]. - The competition for resources and pricing in the computing power market is intense, with various stakeholders vying for the best deals, leading to fluctuating prices and project delays [12][13]. Group 3 - A major AI company in Shanghai has accumulated a significant amount of computing resources, indicating a strong position in the domestic intelligent computing sector [6]. - Reports suggest that some companies are facing operational challenges, leading to the sale of computing hardware resources to manage financial pressures [7]. - A project initiated by Alibaba in Dongguan is currently stalled, highlighting the complexities and risks associated with large-scale computing power deployments [8]. Group 4 - The market for specific computing hardware, such as the H20 and H200 models, has seen price volatility due to external factors, including export restrictions, affecting demand and project planning [9][10]. - Some large-scale computing projects are facing issues with compliance and resource allocation, as evidenced by a project in a central region that is reportedly selling computing resources against initial agreements [11]. - The introduction of computing power vouchers as a subsidy mechanism is reshaping market dynamics, often benefiting the consuming parties more than the providers [15].

Core Insights - Shandong High-Speed Group and Huawei signed a strategic cooperation agreement to develop a "green computing + clean energy" model [1][2] - Shandong High-Speed Group will focus on "green computing" and "clean energy" industries, with Shandong High Holdings as the main entity for this collaboration [1] - The partnership aims to support projects in zero-carbon smart parks, vehicle-road collaboration, intelligent driving, and large models, contributing to the national "integrated computing network" initiative [1] Company Developments - Since the second half of 2021, Shandong High Holdings has been transforming its business structure from short-term debt investments to emerging industry investments, focusing on integrated computing as its core competency [2] - By December 2024, Shandong High Holdings increased its stake in Shandong High New Energy from 43.45% to 56.9%, enhancing its position in the renewable energy sector [2] - In 2023, Shandong High Holdings strategically invested in Century Internet, becoming its largest institutional shareholder, aiming to build an innovative ecosystem of "green electricity + computing" [2] Future Outlook - Shandong High Holdings aims to be not just an investor but also a builder of industrial ecosystems, focusing on the synergy between "green electricity" and "computing" [2] - The collaboration with Huawei is expected to strengthen Shandong High Holdings' advantages in the integrated computing field [2]