预计到2030年，中国数据中心能耗总量将超过4000亿千瓦时，若不加大可再生能源利用比例，2030年中国数据中心二氧化碳排放或将超2亿吨。 这些数字背后，传统数据中心供电方案的局限开始显现，如何高可靠、高效率、高性价比地对AIDC提供电力支持，业界关注度极高，而且提出了优化需 求。 在此背景下，上海安世博能源科技有限公司（以下简称为：安世博）瞄准电网到算力机架之间的环节——将交流电转换为高功率算力节点所需的直流电， 并以直流（DC）供电方案为核心，发起了一场供电架构的回归。 近期，在36氪启动的《WISE2025商业之王系列年度名册》评选中，安世博联合创始人尚韵思与数据中心供电事业部CTO郭兴宽，接连斩获两项商业新世 代先锋人物与年度科技领军人物奖项。 从"技术破局者"迈向"生态赋能者"。 在奖项背后，安世博DC供电方案已在国内头部互联网企业及部分算力集群中取得阶段性落地成果——从"东数西算"部分枢纽节点到长三角智算中心相关 项目，其供电系统凭借全链路能效突破97%、大幅缩减交付周期，与更优的全生命周期成本，为数据中心供电架构升级提供了具备实践价值的解决方案。 以DC方案破解数据中心 供电体系痛点 数据中心的 ...

Investment Rating - The report maintains an "Accumulate" rating for the industry, specifically in the power equipment sector [5]. Core Insights - The intelligent computing center industry is experiencing rapid expansion driven by a combination of policy support, local government initiatives, and surging market demand. The investment scale in China's intelligent computing center market reached 87.9 billion yuan in 2023, representing a year-on-year growth of over 90%. It is projected to reach 288.6 billion yuan by 2028 [1][20]. - Local governments and basic telecom operators are the primary participants in the construction of intelligent computing centers, accounting for over 50% of the projects in operation, under construction, or planned as of August 2024. Internet and cloud service providers contribute approximately 17.7% of the projects [20][21]. Summary by Sections 1. Demand Driven Growth in AIDC - The investment scale of intelligent computing centers is significantly increasing due to the resonance of policy support and the demand for large models. The rapid growth in data volume driven by large model applications is pushing the intelligent computing center into an expansion phase [16][17]. - Major telecom operators and internet companies are ramping up their investments in computing power. For instance, China Mobile plans to invest 37.3 billion yuan in computing power, which will constitute 25% of its capital expenditure in 2025 [2][27]. 2. Evolution of Data Center Power Supply Architecture - The current power supply systems in data centers primarily utilize UPS, but there is a gradual shift towards HVDC and Panama power systems. HVDC systems offer significant advantages in reliability, efficiency, and economic viability compared to traditional UPS systems [3][26]. - The Panama power system demonstrates clear advantages in investment costs and operational efficiency, achieving a conversion efficiency of 97% [3][26]. 3. Future Trends in Power Supply Architecture - The transition towards medium and high voltage power supply systems is becoming a trend, with a focus on high-density and energy-efficient solutions in the AIDC era [3][38]. - The report suggests that companies like Kehua Data and Kstar, as well as leaders in HVDC and Panama power systems like Zhongheng Electric, are well-positioned to benefit from the increasing capital expenditures by internet companies [4][38].