PUE是用于衡量整个数据中心用电量和IT设备用电量之间的比值。这个比值越接近1，就说明越节能、 省电。 中国信息通信研究院联合内蒙古和林格尔新区管委会共同编制的《中国绿色算力发展研究报告（2025 年）》显示，2024年，我国数据中心机架超900万标准机架，平均PUE降至1.46。 绿色算电协同发展 中西部地区绿色数据中心发展迅猛，入选"国家绿色数据中心"的数量占比从第一批的26.6%增长到第五 批的46%。作为全国首个开展绿色算电协同发展试点的省份，青海凭借得天独厚的绿能优势，积极融入 全国一体化算力网，在全国率先发布5项绿色算力地方标准。青海绿算产业如雨后春笋般拔节生长，全 面起势。 在全球数字经济发展与"双碳"目标驱动背景下，推动算力绿色发展已成行业共识和时代命题。国家发展 改革委等有关部门2024年发布的《数据中心绿色低碳发展专项行动计划》提出，到2030年底，全国数据 中心平均电能利用效率（PUE）、单位算力能效和碳效达到国际先进水平。 "最省电"的算力如何打造？近日，科技日报记者跟随"数字中国筑路行"主题采访活动来到青海，走访中 国电信（国家）数字青海绿色大数据中心等平台寻找答案。依托"东数西算" ...

Core Insights - Soluna and Canaan Inc. have partnered to deploy 20 megawatts of Bitcoin mining machines at a wind-powered data center in Texas, addressing the growing demand for Bitcoin mining and AI-related computational power [3][4] - The collaboration emphasizes the importance of renewable energy-driven data centers in energy-intensive applications like Bitcoin mining and AI, positioning Soluna as a green data center developer and Canaan as a key player in North America [3][4] Group 1 - The deployment plan will be implemented in the first quarter of 2026, with a computational capacity of approximately 1 exahash per second [4] - The Avalon A15 XP mining machines are designed for high efficiency and resilience, showcasing both companies' commitment to sustainability [4][5] - The "Dorothy Project" data center operates primarily on behind-the-meter wind power while also connecting to the grid, ensuring performance stability and competitive cost efficiency [4][6] Group 2 - The partnership marks a significant milestone for Soluna in expanding its "renewable energy + computational power" model, converting growing wind power capacity into actual revenue [6][7] - Canaan aims to reduce mining energy costs and expand its market share in North America by leveraging Soluna's wind power resources amid rising global demand for blockchain infrastructure [6][7] - Both companies are demonstrating that large-scale computational operations can coexist with sustainable development [7]

Core Insights - The competition among major internet companies has shifted from app performance to the environmental impact of their data centers, with Douyin planning to procure over 200MWh of large-scale lithium battery storage and renewable energy equipment to ensure uninterrupted power supply for its core business [1][4] - Douyin's aggressive procurement strategy reflects a sense of urgency in its green energy initiatives, aiming to respond to carbon neutrality policies, reduce reliance on traditional power grids, and ensure business continuity [4][6] - The industry is collectively transforming under policy guidance, with a mandatory requirement for new data centers to achieve over 80% green electricity usage by the end of 2025, pushing all data center operators to accelerate their green initiatives [4][6] Company Actions - Douyin's tender specifies that bidders must have experience with large-scale lithium battery storage systems of at least 30MWh, with a tight timeline for project completion by the end of December [4] - Tencent has already implemented a successful integrated wind, solar, and storage project, which is the first of its kind in China, generating 14 million kWh annually, equivalent to the annual electricity consumption of 5,000 households [6][8] - Tencent's project not only reduces carbon emissions by nearly 8,000 tons annually but also saves over 3.5 million yuan in electricity costs, demonstrating that green transformation can yield economic benefits [8] Industry Trends - The shift towards green computing is becoming a core competitive advantage in the data center industry, as the demand for computing power continues to grow alongside the digital economy [8][10] - The green electricity ratio directly impacts operational costs, and more clients are considering environmental performance when selecting cloud service providers [8] - Future policies will further clarify the direction of green energy initiatives, with ongoing plans to enhance the integration of computing power and energy management through innovative mechanisms [10]

Core Insights - The Huawei Connect 2025 conference focused on "Elevating Industry Intelligence," showcasing the role of openEuler in breaking industry barriers and promoting deep integration of resources through open collaboration [1][9] - openEuler has empowered numerous enterprise applications over six years, contributing to the global open-source ecosystem and establishing a new paradigm for open-source development in China [1][9] Group 1: Technological Innovations - The Lingqu Interconnect Bus technology has achieved breakthroughs in resource pooling and elastic supply, enhancing the core capabilities of openEuler [1] - openEuler enables unified management of device pooling, allowing flexible resource matching and high performance in super-node systems, thus driving efficiency in computing scenarios [3] Group 2: Energy Efficiency and Sustainability - The South China Power Grid's new server series, based on the Kunpeng processor and openEuler, reduces overall power consumption by approximately 13-15% under the same computing power, potentially saving 15 million kWh annually across a thousand servers [5] - The collaboration between Kunpeng and openEuler aims to optimize computing costs and promote green computing, aligning with national carbon reduction strategies [5] Group 3: Ecosystem Development - openEuler has rapidly developed an ecosystem with 25 vendors, including Kirin and Tongxin, launching commercial distributions widely used in critical sectors like finance, energy, and manufacturing [7] - The conference featured a showcase of advanced technologies, including a flexible manufacturing line integrating various platforms and systems, enhancing production efficiency and adaptability to market demands [7] Group 4: Future Prospects - The journey of openEuler continues beyond the conference, with a commitment to driving industry innovation through open-source collaboration and technological advancements [9]

Core Viewpoint - 康盛股份 has officially launched the 康盛千岛湖智算中心, which is the first large-scale intelligent computing center to utilize immersion liquid cooling technology in commercial operation, setting a new benchmark for green computing power construction [1][3]. Group 1: Center Features and Technology - The 康盛千岛湖智算中心 is located by Qiandao Lake and leverages local natural cooling resources, achieving an average PUE value of ≤1.08, which indicates ultra-low energy consumption compared to traditional air-cooled data centers [3]. - The center integrates cutting-edge immersion liquid cooling technology, providing robust support for high-density computing scenarios such as artificial intelligence and cloud computing [3]. Group 2: Strategic Partnerships and Contracts - 康盛股份 has signed a five-year computing power service contract worth 36.96 million yuan with 浙江联通, highlighting the collaboration in green computing power [3]. - The successful partnership is seen as a bridge for future cooperation in broader fields, emphasizing a shared commitment to technological innovation and industry advancement [3]. Group 3: Company Vision and Future Plans - 康盛股份 views the completion of the智算中心 as a significant milestone in its "one main, two wings" strategic layout, showcasing its innovative strength and forward-looking vision in high-performance computing [3]. - The company aims to capitalize on the rapid growth of artificial intelligence computing power demand, continuously upgrading intelligent computing infrastructure towards efficiency and self-control [3][4]. - Future efforts will focus on deepening research and application of liquid cooling technology, aiming to create a replicable model of "immersion liquid cooling green computing power" in collaboration with the industry [4].

Group 1 - The Hubei province has established a data industry fund with a total scale of 10 billion yuan, marking a significant investment in the data sector [1] - The fund, initiated by Hubei Big Data Group and related institutions, has an initial scale of 2 billion yuan and will focus on key areas such as big data, data element circulation, data security, green computing power, industrial internet, and artificial intelligence [1] - The establishment of the fund aims to enhance the data industry ecosystem in Hubei by strengthening and supplementing the data industry chain [1] Group 2 - In June, the Hubei Provincial State-owned Assets Supervision and Administration Commission collaborated with six provincial enterprises to establish Hubei Big Data Group [1] - The group will concentrate on sectors such as government affairs, manufacturing, transportation, healthcare, and education, with a focus on developing industry-specific AI models [1] - The initiative also aims to promote the integration of humanoid robots with brain-computer interfaces and intelligent large models [1]

Core Insights - The first Qinghai Data Element Ecological Conference was held in Xining, marking a significant milestone in the vision of "Data Gathering in Qinghai, Connecting the Silk Road" [1] - Qinghai is recognized as a crucial ecological security barrier and clean energy base in China, as well as a key passage of the ancient Silk Road [1] Group 1: Data Element Development - Qinghai has established and is constructing 189,000 standard racks, a year-on-year increase of 38 times [2] - The computing power scale has surpassed 17,000 PFLOPS, accounting for 4.7% of the national total, with the highest annual growth rate in the country [2] - The province has achieved a 100% coverage rate of green finance for data center projects, with an average PUE of 1.18, significantly lower than the national average of 1.49 [2] Group 2: Strategic Initiatives - Qinghai aims to transform its clean energy advantages into computing power advantages, and then into institutional advantages for data elements, creating a model that is "non-replicable but can be promoted" [2] - Three initiatives proposed include building green computing infrastructure, cultivating data element application scenarios, and establishing a "Digital Silk Road" rule system [2][3] Group 3: Digital Silk Road - Qinghai is positioned as a key hub for constructing the "Digital Silk Road" in the northwest, leveraging its natural advantages [3] - The province plans to enhance cooperation with countries along the "Belt and Road" in areas such as smart logistics, digital trade, and cross-border data applications [3]

Core Viewpoint - The establishment of the Qinghai Data Element Circulation Service Innovation Center aims to provide comprehensive support for data element circulation and trading, fostering a collaborative innovation ecosystem involving government, industry, academia, research, and application [1][2] Group 1: Infrastructure and Capacity - Qinghai Province has a unique geographical advantage, with total installed power capacity exceeding 71 million kilowatts, where clean energy and renewable energy account for 94.6% and 70% respectively [1] - The province has established China's first clean energy and green computing scheduling center, integrating resources from major telecom operators and local computing centers, with green electricity usage around 95% [1] - Qinghai has built approximately 190,000 standard racks, with over 95% utilization, and a computing power scale exceeding 17,000 PFLOPS, forming a comprehensive computing supply system [1] Group 2: Policy and Standards - The province has developed local standards for green computing and established China's first 100% clean energy traceable green data center and a market-oriented shared energy storage trading platform [1] - Qinghai aims to promote deep cooperation with countries and regions along the Silk Road Economic Belt in areas such as smart logistics, digital trade, and cross-border data applications [2]

Core Insights - The first Qinghai Data Element Ecological Conference opened in Xining, focusing on the theme "Data Gathering in Qinghai, Linking the Silk Road" [1] - Experts and industry representatives discussed the market-oriented reform of data elements, development opportunities, and the integration of data into Qinghai's unique industries [1] Group 1: Data Infrastructure Development - Qinghai has established 189,000 standard racks, with a utilization rate exceeding 95%, and a computing power scale of over 17,000 PFLOPS [1] - The province is forming a comprehensive computing power supply system that includes general computing, intelligent computing, and supercomputing [1] - Strategic partnerships have been formed with seven leading internet companies, including Baidu and Alibaba, to enhance the local data infrastructure [1] Group 2: Policy and Economic Integration - The Qinghai Data Element Circulation Service Innovation Center was inaugurated, marking an upgrade in the provincial data element coordination and transaction platform [2] - The region aims to leverage its energy advantages to promote the integration of data with industries such as salt lake chemicals, new energy, ecological tourism, and specialty agriculture [2] - The "Yak Loan" financial cooperation project was signed to enhance financial services in the region, alongside the release of a plan for a trustworthy data space [2]

Group 1 - Hubei has established a data industry fund with a total scale of 10 billion RMB, initiated by Hubei Big Data Group and related institutions, with an initial scale of 2 billion RMB [1] - The fund will focus on key areas such as big data, data element circulation, data security, green computing power, industrial internet, and artificial intelligence, aiming to enhance Hubei's data industry ecosystem [1] - Hubei's digital economy has shown strong growth, with the core industry added value reaching 574.29 billion RMB in 2024, which is 2.4 times that of 2020, positioning it among the top tier in the country [1] Group 2 - Hubei Big Data Academy has been officially established to develop a curriculum covering artificial intelligence, data elements, and security compliance, supporting talent cultivation in the data industry [2] - The Hubei Computing Power Interconnection Platform has been launched to integrate provincial computing resources for efficient sharing and on-demand scheduling, with three advanced computing power clusters formed in Wuhan, Yichang, and the Xiangyang-Tianjin area [2]