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Free Cooling Investigation of RCMS Data Center

机译:RCMS数据中心的自由冷却调查

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Cooling equipment consume most of the electric power inside data centers, which serve as a back bone of modern-day information technology infrastructure. Most data centers use traditional vapor compression systems, which not only consume a lot of energy, but also have to be continually operated round the year to ensure optimum operation of all the equipment and servers within. A lot of attention is therefore focused on energy saving methods and free cooling is one of these technologies. In this study, the free cooling potential of Islamabad has been determined. Outside dry-bulb temperature and relative humidity are used as control parameters, and have been estimated using meteorology data of past sixteen years. This data is then used to optimize energy efficiency of the Research Center for Modeling and Simulation (RCMS) data center at National University of Sciences and Technology (NUST). Using the load data obtained from detailed analysis of RCMS data center, it is determined that significant savings in energy through free cooling can be achieved during the months of December, January, and February.
机译:冷却设备消耗了大部分电力内部数据中心,它作为现代信息技术基础设施的后骨。大多数数据中心使用传统的蒸汽压缩系统,这不仅消耗了大量的能量,而且必须在一年中连续运行,以确保所有设备和服务器的最佳运行。因此,很多关注都集中在节能方法上,自由冷却是这些技术之一。在这项研究中,确定了伊斯兰堡的自由冷却潜力。在干灯泡温度和相对湿度外用作控制参数,并估计使用过去十六年的气象数据估计。然后,该数据将优化国家科学大学(NUST)的建模和仿真(RCMS)数据中心研究中心的能效。使用从RCMS数据中心的详细分析中获得的负载数据,确定通过自由冷却的能量显着节省能量可以在12月,1月和2月的月份中实现。

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