由磁谷科技与易普集共同成立的合资企业：磁普科技，今日正式发布AeroLev 1850。这是一款1.85兆瓦级、最高出水温度可达45°C的风冷磁悬浮冷水机平台，专为水资源匮乏且环境温度较高的下一代数据中心设计。
MagPro, a joint venture between CIGU Technology Corp. Ltd. and EPG International Inc., today launched AeroLev 1850, a 1.85 MW-class, 45°C-ready air-cooled, magnetic-bearing chiller platform designed for next-generation AI data centers in water-scarce, high-ambient environments.
随着人工智能计算推动电力需求和热密度不断攀升，运营商亟需一套既能实现规模拓展、又不额外加剧水资源依赖的冷却基础设施。AeroLev 1850 无需冷却塔，融合无油磁悬浮技术与智能控制系统，在实现高效、可靠冷却的同时，显著降低用水量。
As AI computing drives greater power demand and heat density, data-center operators need cooling infrastructure that can scale without increasing dependence on water. AeroLev 1850 combines a cooling-tower-free architecture with oil-free magnetic-levitation technology and intelligent controls to deliver efficient, reliable cooling while reducing water consumption.
该平台的核心装置是一台数据中心专用风冷工况磁悬浮压缩机，等熵效率高达 87%。专利型冷凝器可实现超过 3℃ 的过冷度，而标配的EC风机进一步提升了系统能效。在多项技术协同作用下，相较于传统方案，机组整体能效最高提升 40%，维护成本最高降低 10%，故障率最高降低 8%。
At the heart of the platform is a dedicated air-cooled magnetic-levitation compressor with isentropic efficiency of up to 87%. A patented condenser delivers subcooling of more than 3°C, while the standard EC fans further improve energy performance. Together, compared to the traditional solutions,these technologies enable up to 40% higher overall energy efficiency, up to 10% lower maintenance costs, and up to 8% lower failure rates.
AeroLev 1850 无需蒸发冷却水，使干旱及缺水地区的数据中心不再受水资源条件的限制。它还能利用自然冷却，在气温较低时引入室外冷空气，从而缩短压缩机运行时间，降低电耗和运营成本。
By eliminating evaporative cooling water, AeroLev 1850 removes a significant operational constraint for data centers in arid and water-stressed regions. Its free-cooling capability uses ambient air during cooler periods to reduce compressor runtime, power consumption, and operating costs.
该平台同时针对直接芯片冷却与浸没式液冷的发展趋势进行了工程化适配。AeroLev 1850 可提供最高 45℃ 的冷冻水，支持新兴的高温冷却架构，且无需进行大规模基础设施再投资。其标准化的模块化设计可实现快速安装，并随着人工智能算力的增长灵活扩展。
The platform is also engineered for the shift toward direct-to-chip and immersion liquid cooling. AeroLev 1850 can supply chilled water at temperatures up to 45°C, supporting emerging high-temperature cooling architectures without requiring major infrastructure reinvestment. Its standardized modular design supports rapid installation and flexible expansion as AI capacity grows.
“随着水资源限制成为数据中心开发的一个关键考量因素，AeroLev 1850 为人工智能数据中心的冷却提出了一种更具韧性的模式。”磁普科技总经理吴宁晨先生表示，“它能够在严苛环境下支撑高效、可靠的算力增长，并将当下的基础设施投入转化为面向未来的长期运营韧性。”
“As water constraints become a defining consideration for data-center development, AeroLev 1850 advances a more resilient model for AI data-center cooling,” said William Wu, General Manager of Nanjing CIPU Technology Co., Ltd.，“It enables efficient, reliable compute growth in challenging environments while turning today’s infrastructure investments into long-term operational resilience.”
“磁普科技标志着我们在全球冷却技术战略中迈出了重要一步。”易普集创始人兼董事长万仁俊先生表示，“我们将易普集在工程与交付方面的专长，与磁谷科技的核心磁悬浮技术相结合，正在构建更具韧性、资源利用更高效的数字基础设施，减少对水资源供应的依赖。AeroLev 1850 体现了我们推动绿色数据中心基础设施建设、促进全球数字生态可持续发展的承诺。”
“MagPro marks an important step in our global cooling technology strategy,” said Alick Wan, Founder and Chairman of EPG International Inc. “By bringing together EPG’s engineering and delivery expertise with CIGU’s core magnetic-levitation technology, we are building more resilient, resource-efficient digital infrastructure that is less dependent on water availability. AeroLev 1850 reflects our commitment to advancing green data-center infrastructure and a more sustainable digital ecosystem worldwide.”
