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LIQUID COOLING FOR THERMAL MANAGEMENT OF DATA CENTERS

机译:用于数据中心热管理的液体冷却

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The power trend for Server systems continues to grow thereby making thermal management of Data centers a very challenging task. Although various configurations exist, the raised floor plenum with Computer Room Air Conditioners (CRACs) providing cold air is a popular operating strategy. The air cooling of data center however, may not address the situation where more energy is expended in cooling infrastructure than the thermal load of data center. Revised power trend projections by ASHRAE TC 9.9 predict heal load as high as 5000W per square feet of compute servers' equipment footprint by year 2010. These trend charts also indicate that heat load per product footprint has doubled for storage servers during 2000-2004. For the same period, heat load per product footprint for compute servers has tripled. Amongst the systems that are currently available and being shipped, many racks exceed 20kW. Such high heat loads have raised concerns over limits of air cooling of data centers similar to air cooling of microprocessors. Thermal management of such dense data center clusters using liquid cooling is presented.
机译:服务器系统的功率趋势持续增长,从而使数据中心的热管理成为一项非常艰巨的任务。尽管存在各种配置,但是带有计算机室空调(CRAC)提供冷空气的高架地板气室是一种流行的操作策略。但是,数据中心的空气冷却可能无法解决冷却基础设施所消耗的能量比数据中心的热负荷更多的情况。 ASHRAE TC 9.9修订的功率趋势预测预测,到2010年,每平方英尺计算服务器设备占地面积的医疗负荷将高达5000W。这些趋势图还表明,在2000-2004年期间,存储服务器每产品足迹的热负荷翻了一番。在同一时期,计算服务器每单位产品占地面积的热负荷增加了两倍。在当前可用和正在发货的系统中,许多机架超过20kW。如此高的热负荷引起了对数据中心空气冷却极限的关注,类似于微处理器的空气冷却。提出了使用液体冷却对此类密集数据中心集群进行热管理的方法。

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