Ultra-Efficient Liquid Cooled Power Supplies

数据中心每年消耗超过400 TWh，数据需求预计每年增长超过23%。数据中心电子设备设计的关键方面是能源效率和冷却所消耗的能源。与此同时，随着网络边缘计算需求的增长，智能城市和边缘计算需要更小、更密集、更自主和更强大的系统。所有数据中心的一个使命关键组件是电源单元（PSU）。Supply Design Ltd和Iceotope拥有世界领先的技术，可以单独解决效率，密度和冷却效率问题，但是通过合作，他们相信他们将能够提供比部件总和更高的高效率产品。该项目结合了Iceotope和Supply Design的专业知识，生产出一种超高效率，大容量，高密度AC/DC电源单元（PSU）的演示器，该电源单元能够捕获和重复利用热量，并在恶劣环境中坚固耐用。关键词：电源转换;液体冷却;数据中心

Data centers consume over 400TWh a year and data requirements are expected to grow by over 23% per year. Key aspects for the design of electronics for data centers are energy efficiency and energy consumed by cooling. At the same time, Smart Cities and Edge Computing require smaller, denser, more autonomous and more robust systems as computing requirements grow on the edge of the network. A mission critical component of all data centres is Power Supply Units (PSU). Supply Design Ltd and Iceotope have world leading technologies that individually address efficiency, density and cooling efficiency, however by working together they believe they will be able to make a high efficiency offering that is greater than the sum of the parts. This project combines the expertise in Iceotope and Supply Design to produce a demonstrator of Ultra-High Efficiency, Large Capacity, High Density AC/DC Power Supply Unit (PSU) capable of heat capture and reuse and ruggedised for hostile environments. Keywords: Power Conversion; Liquid Cooling; Data Centers