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万国数据-SW二季度普通股股东应占净亏损为8592.1万元 环比盈转亏
Zhi Tong Cai Jing· 2025-08-20 13:46
于2025年上半年,实现净收入约56.23亿元,同比增长12.2%;毛利约13.34亿元,同比增长22.71%;归属于 万国数据控股有限公司普通股股东的净利润为约6.64亿元,同比扭亏为盈。 万国数据主席兼首席执行官黄伟先生表示:"我们严谨的执行力推动了又一个季度稳健的运营及财务业 绩。我们在持续加速交付积压订单的同时,仍保持对新订单的筛选策略。我们的C-REIT在上海证券交 易所的成功首次公开发售标志着一个关键战略里程碑。展望下半年,在人工智能演进的势头带动下,我 们已做好在一线市场捕捉新商机的準备。" 首席财务官Dan Newman先生表示:"于2025年第二季度,我们的收入及经调整EBITDA同比增长12.4% 及11.2%,经调整EBITDA利润率为47.3%。在融资方面,我们通过发行新的可转换优先票据及股权融资 筹集所得款项净额676百万美元。我们新建立的C-REIT平台为我们提供了更高的融资灵活性。我们仍然 专注于为我们的业务合作伙伴及股东创造可持续的长期价值。" 万国数据-SW(09698)公布2025年第二季度业绩,净收入同比增加12.4%至29亿元。毛利为约6.89亿元, 同比增加21.8% ...
红色沃土新答卷丨从陇东粮仓到算力高地 新质生产力推动老区巨变
Yang Shi Wang· 2025-08-20 12:43
Group 1 - The core viewpoint highlights the significant transformation in Qingyang, Gansu, driven by new productive forces and rural revitalization, while recalling its historical importance during the Anti-Japanese War as a grain supplier [1] - Qingyang has maintained a stable agricultural area of over 5.9 million acres, with the primary industry value increasing from 7.393 billion yuan in 2012 to 13.247 billion yuan in 2024, representing a growth of 79.1% [3] - The region has developed large-scale wind and solar energy bases, contributing to the establishment of integrated energy bases, with the "Long Electric into Shandong" project operational since May, supplying green energy to the eastern regions [5] Group 2 - As of June, Qingyang's computing power has surpassed 60,000 P, achieving a tenfold increase since early 2024, with its intelligent computing power ranking first in the country in terms of proportion, growth rate, and increment [7] - The abundant energy supply supports the transformation of the economic development model in the region, with Qingyang being one of the ten data center clusters in the "East Data West Computing" project, attracting numerous leading domestic enterprises to establish data centers [8]
科华数据与壁仞科技、神州数码签署生态合作协议
Core Viewpoint - The collaboration between Kehua Data, Biran Technology, and Digital China aims to create an integrated ecosystem of "chip-server-data center-computing power services" to enhance the domestic high-performance computing industry [1] Group 1: Partnership Details - On August 20, Kehua Data, Biran Technology, and Digital China signed an ecological cooperation agreement at the Shanghai Kezhong Data Center [1] - The partnership will leverage the strengths of domestic high-performance GPU chips, intelligent servers, and data center infrastructure [1] Group 2: Strategic Focus - The collaboration will focus on promoting the large-scale development of domestic computing power clusters [1] - The initiative will be driven by a dual approach of "technological independence + infrastructure support" to accelerate ecological collaboration and resource integration across the high-performance computing industry [1]
润泽科技:截至2025年7月10日股东人数为73483户
Zheng Quan Ri Bao Wang· 2025-08-20 11:44
证券日报网讯润泽科技(300442)8月20日在互动平台回答投资者提问时表示,截至2025年7月10日收 盘,公司股东人数为73483户。 ...
润泽科技:2025年半年报预约的披露日期为2025年8月29日
Zheng Quan Ri Bao Wang· 2025-08-20 11:44
Core Points - Runze Technology (300442) announced on August 20 that the scheduled disclosure date for its 2025 semi-annual report is August 29, 2025 [1]
润泽科技大宗交易成交5.35万股 成交额358.45万元
Core Insights - A block trade of 53,500 shares of Runze Technology occurred on August 20, with a transaction value of 3.5845 million yuan and a transaction price of 67.00 yuan, representing a premium of 18.02% over the closing price of the day [2] Trading Activity - The total transaction amount for the stock in the last three months reached 62.097 million yuan, with four block trades executed [2] - On the same day, Runze Technology's closing price was 56.77 yuan, reflecting a 1.45% increase, with a turnover rate of 1.81% and a total trading volume of 1.642 billion yuan [2] - The net inflow of main funds for the day was 2.4492 million yuan, and the stock has increased by 10.86% over the past five days, with a total net inflow of 138 million yuan [2] Margin Financing - The latest margin financing balance for Runze Technology stands at 1.49 billion yuan, having increased by 111 million yuan over the past five days, which is an increase of 8.07% [2]
秦淮数据“东数西算”版图再下一城 3座共计1.2GW零碳智算园区将落址中卫
Zheng Quan Ri Bao Wang· 2025-08-20 07:12
本报讯 (记者李乔宇)8月19日,北京秦淮数据有限公司(以下简称"秦淮数据")与宁夏回族自治区中 卫市人民政府在北京签署战略合作框架协议。 作为中国数据中心行业的新锐力量,秦淮数据将充分发挥自身在技术创新、高效运维以及能源方案、人 才培养等方面的领先优势,通过"全链路协同"的整体解决方案,打造兼顾企业收益与社会效益的零碳智 算中心示范项目。秦淮数据也将继续担当算力产业的"开拓者",聚力将中卫建设为秦淮数据继张家口怀 来和大同灵丘之后的国内第三大布局节点,引领当地算力产业生态迭代升级,为中卫加速培育新质生产 力注入蓬勃动能。 根据协议,秦淮数据计划投资240亿元,在中卫建设3座零碳超大规模智算园区,项目建成后IT总容量可 达1.2GW。双方也将在完善AIDC产业生态、打造循环经济示范区、攻关行业大规模储能难题、优化属 地供能与新能源调度、本地化人才培训培养等方面展开深度合作,共筑全链路协同的新一代零碳超大规 模智算中心发展模式。本次签约,也标志着秦淮数据继京津冀枢纽和甘肃枢纽之后,在"东数西算"版图 中再下一城,进一步巩固了自身在国内算力产业发展中的"头雁"地位。 近年来,中卫紧抓"东数西算"机遇,聚焦打造"中 ...
泰国电力优势吸引科技巨头 数据中心容量未来三年或增加两倍
智通财经网· 2025-08-20 06:59
智通财经APP获悉,泰国数据中心行业正迎来爆发式增长。根据泰国数据中心协会副主席苏帕拉·辛哈 拉·纳·阿尤塔亚(Supparat Singhara Na Ayutthaya)披露的数据,未来三年该国数据中心容量预计将增长两 倍,吸引约65亿美元投资以应对云计算和人工智能领域的强劲需求。电力基础设施将同步扩张,从2024 年的350兆瓦跃升至2027年的1吉瓦(即1000兆瓦),按每兆瓦1000万美元的建设成本计算,这一扩容规模 与投资额形成直接支撑。 苏帕拉特在采访中强调,泰国凭借稳定的电力供应和充足的水资源,已成为全球科技巨头布局东南亚人 工智能基础设施的重要选择。目前,谷歌(GOOGL.US)、亚马逊(AMZN.US)、微软(MSFT.US)和英伟达 (NVDA.US)等企业已在区域投入数十亿美元,而泰国数据中心设施的进一步分散化趋势正在显现。这 一产业转型恰逢泰国加速推进高科技战略,试图在数据中心领域追赶区域领先者马来西亚和新加坡。 泰国政府通过投资委员会积极推动科技项目落地。今年上半年,该机构批准36个科技投资申请,总价值 达3220亿泰铢(约合99亿美元),其中数据中心项目占据主导地位。值得注意的是 ...
致尚科技股价下跌5.17% 盘中一度快速反弹2%
Jin Rong Jie· 2025-08-19 16:48
Group 1 - The stock price of Zhishang Technology closed at 89.99 yuan on August 19, down 4.91 yuan, a decline of 5.17% from the previous trading day [1] - The opening price on August 19 was 92.93 yuan, with a highest point of 94.00 yuan and a lowest point of 88.88 yuan, with a trading volume of 105,420 hands and a transaction amount of 959 million yuan [1] - The company operates in sectors such as consumer electronics, optical communication modules, and data centers, focusing on the research, production, and sales of precision electronic components [1] Group 2 - On August 19, around 9:43 AM, the stock price of Zhishang Technology rebounded over 2% within 5 minutes, reaching a peak of 93.97 yuan, with a transaction amount of 182 million yuan at that time [1] - However, the stock price later fluctuated and ultimately closed lower [1] - In terms of capital flow, on August 19, there was a net outflow of 35.11 million yuan from main funds, with a cumulative net outflow of 399 million yuan over the past five trading days [1]
液冷:双相冷板式及浸没式液冷的星辰大海!
2025-08-19 14:44
Summary of Conference Call Records Industry Overview - The conference call discusses the liquid cooling technology industry, particularly focusing on NVIDIA's advancements and the domestic market in China. The liquid cooling market is expected to grow significantly, with projections indicating a potential market size of 50 billion yuan by 2028 [2][27]. Key Points and Arguments NVIDIA's Liquid Cooling Technology - NVIDIA has faced thermal issues with the GB200 model, leading to the adoption of an all-purpose plate liquid cooling solution for the GB300, which has passed testing [1][2]. - Future Rubin series chips may utilize two-phase all-purpose plates or two-phase coupled silent liquid cooling, explicitly excluding water-based liquids [1][3]. - The single cabinet power for future models could reach 300-500 kW, necessitating more efficient cooling solutions due to increased chip thermal density [2][3]. Market Dynamics - The domestic liquid cooling market is projected to double in size to approximately 3 billion yuan in 2023, still significantly smaller than overseas markets [1][13]. - Companies like Alibaba are shifting from self-built data centers to leasing due to slow construction speeds, planning to invest 380 billion yuan over three years [2][20]. - The competition remains stable, with many companies still exploring effective air cooling solutions due to deployment speed being a critical factor [13][14]. Technical Developments - The dual-plate liquid cooling system has undergone iterations to address volatility, low toxicity, and cost control [1][4]. - The transition from copper to aluminum for liquid cooling plates is aimed at reducing costs, although complex processing may offset some savings [1][8]. - The total cost for a single cabinet using a single-plate system is approximately $100,000, with hardware accounting for 30%-40% of that cost [7][8]. Future Trends - The future of liquid cooling systems is expected to include both all-purpose and immersion cooling solutions, with potential cost increases of 1.5-1.8 times for different configurations [10][11]. - The domestic market is still in its early stages, with significant growth potential as companies adapt to new technologies and cooling methods [13][27]. - Efficient management and optimization of cooling media will be crucial for future developments, especially as the market scales [27]. Challenges and Considerations - The use of water-based media in single-plate systems has low initial construction costs but high total ownership costs over the lifecycle [2][27]. - The complexity of manufacturing two-phase cooling plates increases labor and processing costs, impacting overall pricing strategies [9][8]. - The industry faces challenges in maintaining system stability and addressing the toxicity and volatility of cooling media, particularly in single-phase systems [24][23]. Competitive Landscape - Domestic manufacturers like Huawei and Alibaba are exploring various cooling technologies, with Huawei's Ascend 910C chip showing competitive performance [16][22]. - The market is characterized by a mix of established players and emerging companies, with significant investments in research and development for liquid cooling technologies [12][15]. Additional Important Insights - The shift towards aluminum in liquid cooling systems is driven by its compatibility with refrigerants and cost-effectiveness, despite concerns over corrosion [28]. - The choice of refrigerants is critical, with 134A being a common option, but facing regulatory challenges that may necessitate the development of more environmentally friendly alternatives [30]. - The overall trend indicates a move towards more integrated and efficient cooling solutions that can handle the increasing demands of high-performance computing environments [32].