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OT-00243 · 液冷机柜_Liq · AI数据中心 / 液冷机柜与服务器/液冷机柜
直接取自厂商产品规格书,未经改写,可作为选型依据引用。
| 关键词 | Liquid-cooled cabinet |
|---|---|
| 分类 | Liquid cooled products |
| 应用领域 | Server cabinet field |
| 主要组成 | Liquid supply system, liquid circulation system, cooling system, and control and monitoring system |
Liquid-cooled cabinets primarily consist of the cabinet itself, manifold piping, a power distribution system, switches, and internal equipment.As the platform for liquid-cooling equipment, each component is interconnected using dedicated liquid-cooling flexible hoses to ensure optimal heat dissipation.Liquid-cooling technology is a cooling method that uses liquid as the heat-transfer medium to remove heat from equipment within server cabinets.
Liquid-cooled cabinets primarily consist of the cabinet itself, manifold piping, a power distribution system, switches, and internal equipment. As the carrier for liquid-cooling equipment, each unit is interconnected via dedicated liquid-cooling hoses to ensure optimal heat dissipation. Liquid cooling is a cooling method that uses liquid as the heat-transfer medium to remove heat from equipment in server cabinets. The core design objective of a liquid-cooled cabinet is to ensure and enhance thermal management while integrating comprehensive functions such as power and signal connectivity, refrigerant management, and operations-and-maintenance support into a single system. Top-mounted piping, bottom-mounted piping, dual-power supply, leak detection alarm, and water collection tray. High cooling efficiency can significantly reduce the data center’s PUE. Liquid-cooled cabinets are primarily used to efficiently dissipate heat from the equipment inside, ensuring stable operating temperatures, which in turn extends equipment lifespan and enhances performance. Liquid-cooled cabinets not only enhance cooling efficiency but also reduce energy consumption and carbon emissions. Thanks to the higher energy efficiency of liquid cooling technology, their deployment can decrease electricity usage, thereby lowering operational costs for data centers and HPC systems while mitigating their envir