——2024年3月5日，习近平总书记在参加十四届全国人大二次会议江苏代表团审议时强调 驶出青海察尔汗盐湖中央码头，"钾肥10号"采盐船来到碧绿的盐池中作业。 青海盐湖工业股份有限公司钾肥分公司生产车间里，矿浆经过多道工序分离出粒径0.3毫米、钾含量达 95%的钾肥。矿渣被"吃干榨净"，成为提锂的重要原料。 2024年6月，习近平总书记在青海考察时指出："因地制宜改造提升传统产业、发展战略性新兴产业，培 育新质生产力。" 广东深圳光明科学城内，合成生物研究重大科技基础设施的"预约单"排得满满当当。"使用这一'科研利 器'，不仅能节省大量投入，还能享受'定制化服务'，缩短研发周期，提升效率。"森瑞斯生物科技（深 圳）有限公司研发中心主任黎阳说。 近年来，深圳形成了链条完整的合成生物产业生态，3年来国内新成立的合成生物企业约有40%落户深 圳。 2025年11月，习近平总书记在广东考察时强调，"着眼发展新质生产力，强化科技创新和产业创新深度 融合"。 "发展新质生产力不是要忽视、放弃传统产业，要防止一哄而上、泡沫化，也不要搞一种模式。各地要 坚持从实际出发，先立后破、因地制宜、分类指导。" 一方面，"传统"与"新兴 ...

每经AI快讯，有投资者在投资者互动平台提问：请问贵公司有AI算力中心业务吗？ （记者 张明双） 中国能建（601868.SH）12月10日在投资者互动平台表示，国家正在推进8个算力枢纽节点的建设，公 司已在部分节点进行了布局，其中，甘肃庆阳"东数西算"源网荷储一体化智慧零碳大数据产业园一期示 范项目已经建成投运，其他地区已在推进之中。 ...

格隆汇12月10日丨中国能建(601868.SH)在投资者互动平台表示，国家正在推进8个算力枢纽节点的建 设，公司已在部分节点进行了布局，其中，甘肃庆阳"东数西算"源网荷储一体化智慧零碳大数据产业园 一期示范项目已经建成投运，其他地区已在推进之中。 ...

| 中科曙光(603019) | | | | --- | --- | --- | | 闭市 12-10 15:00:04 融 通 | | | | 90.12 | 额 47.86亿 股本 14.63亿 市盈 62.6 | | | –10.01 –10.00% 换 3.62% 市值1 1319亿 市净 6.26 | | | | 分时 五日 日Ｋ | | | | 置加 | 均价:90.26 盘口 资 | | | 110.14 | 10.00% 卖五 90.16 1 | | | 90.15 | SE V | | | 90.14 | | | | 90.13 5 | | | | 100.13 | 90.12 28 0.00% 卖一 | | | ak | | | | 25 h | | | | 90.12 | 买五 -10.00% | | | 11:30/13:00 | 15:00 14:56 90.12 | 9:30 | 前一日（9日)晚间，二者双双发布公告，让一桩历时7个月、交易规模约为1159.67亿元的"国产算力最大吸并案"戛然而止，"是否在玩花活"的质疑声在投资 者社群中蔓延。 时间拉回5月25日，由于给出了"算力 ...

Core Insights - The "2025 China Enterprise Competitiveness Annual Conference" was held in Beijing on December 9-10, highlighting the achievements of Wuhu Big Data Company, which was established to support the "East Data West Computing" project [3] Group 1: Company Development - Wuhu Big Data Company was approved in February 2022 and has developed three core products: the Anhui Provincial Computing Power Scheduling Platform, a data sharing platform, and the Wuhu Data Operation Platform, creating a business matrix covering computing power scheduling, data circulation, and multi-type data operations [1][5] - The computing power base in Wuhu has attracted 15 large and super-large data centers, including Huawei, Douyin, Tencent, and three major telecom operators, achieving a saturated layout of computing resources [5] - The company has invested 44 million to build the Anhui Provincial Computing Power Scheduling Platform, which initially served the Wuhu cluster and has now upgraded to the only provincial-level computing power scheduling platform, connecting all 203 data centers in the province [5] Group 2: Data Resource Development - Wuhu Big Data Company has obtained a five-year authorized operation qualification for public data in Wuhu City, establishing the Wuhu Data Operation Platform [2][5] - The company has collaborated with the municipal data bureau and health commission to create a joint laboratory, integrating data from 19 medical institutions and the disease control center to develop a trusted medical space, and has launched commercial insurance underwriting products [2][5] - In the public resource trading sector, the company has cleaned and governed bidding data, partnering with Huishang Bank and China Construction Bank to launch financial products like "Data e-Finance" and "Bidding Quick Loan," achieving a commercial closed loop of data value [2][5] Group 3: Industry Ecosystem - To foster an industrial ecosystem, Wuhu Big Data Company has created an artificial intelligence incubation acceleration platform called "Calculation Square," providing free computing power, public data resources, and office space to support the growth of AI startups [6] - The company engages in weekly exchanges with nine other major clusters across the country to promote integrated collaboration of computing power between the eastern, central, and western regions, building a national computing resource sharing network [6]

新华社音视频部制作 摄制：石强 全国一体化算力网络国家枢纽节点（甘肃）庆阳数据中心集群是我国"东数西算"工程的重要组成部分，于2021年12月20日批复建设，致力于打造面向 全国的算力保障基地。 记者：马莎 【纠错】 【责任编辑:薛涛】 近年来，甘肃庆阳依托全国一体化算力网络枢纽节点优势，建园区、落项目、扩算力、聚集群、促融合，数字经济产业实现了从"赶跑跟跑"到"并跑领 跑"的华丽蝶变。 ...

芜湖市大数据建设投资运营有限公司董事长 胡蓉："算力淘宝"已有58家数据中心，提供了1100余款产 品，这些数据中心不仅是安徽的，也是全国的。我们现在做的是全国的算力运营，正逐步实现国家提到 的"东数西算"战略。 0:00 ...

Core Insights - The "Future Network Experimental Facility" has been officially launched, marking a significant advancement in China's information and communication technology, enabling faster and more reliable data transmission for various industries [1][2][4]. Group 1: Project Overview - The facility is designed to address challenges in existing networks, such as scalability, mobility, security, and service quality, particularly in the context of industrial and computational internet [2][3]. - The project was initiated in 2013 and has taken over a decade to complete, culminating in a major technological breakthrough for the nation [2][4]. Group 2: Technical Capabilities - The facility features a "data high-speed rail" network that covers 40 cities with over 5.5 million kilometers of optical transmission, supporting 128 heterogeneous networks and 4096 parallel experiments [3][4]. - It offers deterministic transmission capabilities, maintaining a stable data transfer rate of 50Gbps even under interference, compared to non-deterministic networks that can drop to below 1Gbps [2][3]. Group 3: Applications and Impact - The facility has significantly improved data transfer speeds for scientific research, reducing the time to transfer 72TB of data from 699 days to just 1.6 hours, and potentially to 20 minutes with advanced technology [5][6]. - In the AI sector, it has enabled efficient cross-domain training of large models, reducing iteration times from over 20 seconds to approximately 16 seconds [5][6]. Group 4: Broader Implications - The facility is expected to enhance various sectors, including remote medical imaging, industrial automation, and education, by providing reliable and high-speed network support [6][7]. - It aligns with national strategies such as the "East Data, West Computing" initiative, facilitating intelligent scheduling and collaborative use of computing resources across regions [7][9]. Group 5: Future Prospects - The facility is positioned as an open experimental platform for research institutions and enterprises to test new technologies, fostering innovation and collaboration [7][8]. - It aims to contribute to the construction of a more efficient network infrastructure, supporting the digital transformation of various industries and enhancing the quality of life for citizens [9].

Core Viewpoint - Qinghai Unicom is leveraging its ecological advantages and clean energy resources to develop a green computing model that aligns with national goals for ecological protection and digital economy growth, demonstrating a successful integration of ecological responsibility and industrial development [1][6]. Group 1: Policy Guidance and Development Framework - Qinghai Province has proactively introduced the "Green Computing Base Construction Plan," aiming to establish a leading green computing base by 2030, emphasizing ecological protection in infrastructure development [1]. - The plan features a "1+2+N" development framework, ensuring precise alignment between computing resource allocation and regional ecological capacity [1]. Group 2: Resource Advantages and Energy Conditions - Qinghai's unique ecological positioning and energy conditions, characterized by abundant water, sunlight, and wind, provide a natural advantage for developing green computing [2]. - Clean energy generation accounts for 93% of Qinghai's installed capacity, with renewable energy making up over 69%, leading the nation [2]. Group 3: Technological Innovations - Qinghai Unicom has made significant technological advancements, including a "wind-solar-storage + computing center" model that provides 10 million kWh of zero-carbon electricity annually, achieving 100% local consumption of green electricity [3]. - The company has reduced cooling energy consumption by 40% through advanced natural cooling technologies, outperforming traditional data centers [3]. - A collaboration with Alibaba Cloud has resulted in the first domestically produced large-scale green computing cluster, optimizing energy consumption and computing output [3]. Group 4: Industrial Ecosystem and Development Space - The Sanjiangyuan Green Electricity and Computing Integration Demonstration Park serves as a hub for leading computing and renewable energy companies, creating a complete industrial chain [4]. - The park has achieved a computing capacity of 15,000 PFLOPS, expected to reach 26,000 PFLOPS by year-end, effectively supporting the "East Data West Computing" initiative [4]. - Innovative applications such as "computing + ecological monitoring" and "computing + carbon accounting" enhance both computing supply and ecological protection [4]. Group 5: Theoretical Insights and Future Directions - Qinghai Unicom's practices illustrate that ecological protection and industrial development can coexist, transforming ecological advantages into energy and computing strengths [5]. - The integration of green electricity, intelligent computing, and precise scheduling is identified as a core pathway for green computing [5]. - The collaborative efforts of government policies and market-driven initiatives are crucial for maintaining ecological protection while fostering industrial innovation [5]. Group 6: Future Development Focus - Future efforts should include deepening innovations in liquid cooling and quantum computing to further reduce energy consumption in computing [6]. - Expanding the application of green computing in ecological monitoring and climate change research in the Qinghai-Tibet Plateau is essential [6]. - Establishing mechanisms for carbon footprint accounting and green electricity trading will facilitate the marketization of ecological value [6].

Investment Rating - The report maintains an investment rating of "Outperform the Market - A" for the coal industry [6]. Core Viewpoints - The coal industry is expected to remain a cornerstone of energy supply in China, with supply-demand dynamics improving and supporting higher coal prices [4]. - In 2025, coal prices are projected to show a trend of decline followed by recovery, driven by seasonal demand and supply constraints [1][12]. - The supply of raw coal has been contracting since July 2025, leading to a tighter supply-demand balance, with an annual production target of approximately 4.8 billion tons [2]. Summary by Sections 1. 2025 Price Review - Thermal coal prices rebounded to new highs in 2025 due to supply constraints and recovering demand [1][16]. - Coking coal prices saw strong increases in the second half of 2025, driven by supply tightening and increased demand from steel production [14]. 2. 2025 Supply and Demand Review - Domestic raw coal supply showed a "high before low" trend, with a total production of 3.57 billion tons from January to September 2025, a year-on-year increase of 2.7% [18]. - The total coal import volume for 2025 is expected to be below 500 million tons, significantly lower than in 2024, with thermal coal imports down by 12.5% [26][32]. - Electricity demand from thermal power is expected to see slight growth in 2026, while non-electric demand from coal chemical industries remains robust [3][48]. 3. 2026 Supply and Demand Outlook - The coal price center is expected to maintain a high level in 2026, with potential for upward movement due to ongoing supply constraints and gradual energy structure transformation [3][4]. - The supply of thermal coal is projected to improve, with a slight increase in demand expected, particularly from the chemical sector [3][70]. 4. Investment Recommendations - The report suggests focusing on companies with high long-term contract ratios for stable profits, such as China Shenhua, Shaanxi Coal, and China Coal Energy [4]. - It also highlights cyclical stocks like Yancoal Energy and Jinzhong Coal, as well as integrated coal-electricity companies like Xinji Energy and Huaihe Energy [4].