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通过局部优化冷却资源提高数据中心的效率

Data Center Cooling Efficiency Improvement through Localized and Optimized Cooling Resources Delivery
作者:Rongliang Zhou, Cullen Bash, Zhikui Wang, Alan McReynolds, Thomas Christian, Tahir Cader 作者单位:Sustainable Ecosystems Research Group, HP Labs,ett-Packard Company,Enterprise Servers, Storage, Networking and Technology Services,Hewlett-Packard Company 加工时间:2013-12-18 信息来源:HP 索取原文[9 页]
关键词:数据中心;CRAC;冷却效率
摘 要:Data centers are large computing facilities that can house tens of thousands of computer servers, storage and networking devices. They can consume megawatts of power and, as a result, reject megawatts of heat. For more than a decade, researchers have been investigating methods to improve the efficiency by which these facilities are cooled. One of the key challenges to maintain highly efficient cooling is to provide on demand cooling resources to each server rack, which may vary with time and rack location within the larger data center. In common practice today, chilled water or refrigerant cooled computer room air conditioning (CRAC) units are used to reject the waste heatoutside the data center, and they also work together with the fans in the IT equipment to circulate air within the data center for heat transport. In a raised floor data center, the cool air exiting the multiple CRAC units enters the underfloor plenum before it is distributed through the vent tiles in the cold aisles to the IT equipment. The vent tiles usually have fixed openings and are not adapted to accommodate the flow demand that can vary from cold aisle to cold aisle or rack to rack. In this configuration, CRAC units have the extra responsibilities of cooling resources distribution as well as provisioning.
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