推动数据中心电源管理解决方案的协调

R. Raghavendra, Parthasarathy Ranganathan, V. Talwar, Xiaoyun Zhu, Zhikui Wang
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引用次数: 3

摘要

电源和冷却正在成为数据中心环境中的关键挑战。IDC最近的一份报告估计,全球在企业电源和冷却方面的支出将超过300亿美元,甚至可能超过在新服务器硬件上的支出。服务器的额定功耗在过去十年中增长了近10倍。这导致冷却和电力输送设备的支出增加。一个3万平方英尺的10兆瓦数据中心可能需要高达500万美元的冷却基础设施;同样,每个机架超过60安培的功率传输可能会带来根本问题。电力的增加也对电力成本产生了影响,许多数据中心每年的用电量高达数百万美元。从环保的角度来看,美国能源部2007年估计,美国服务器和数据中心每年消耗590亿千瓦时,相当于数百万吨的煤炭消耗和温室气体排放。美国国会最近通过了第109-431号公法,指示环境保护署(EPA)研究企业的能源使用情况,并成立了一些工业联盟,如“绿色电网”,以解决这些问题。此外,功率和冷却也会影响压实和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Motivating co-ordination of power management solutions in data centers
Power and cooling are emerging to be key challenges in data center environments. A recent IDC report estimated the worldwide spending on enterprise power and cooling to be more than $30 billion and likely to even surpass spending on new server hardware. Server rated power consumptions have increased by nearly 10X over the past ten years. This has led to increased spending on cooling and power delivery equipment. A 30,000 square feet 10MW data center can need up to five million dollars of cooling infrastructure; similarly, power delivery beyond 60 Amps per rack can pose fundamental issues. The increased power also has implications on electricity costs, with many data centers reporting millions of dollars for annual usage. From an environmental point of view, the Department of Energy's 2007 estimate of 59 billion KWhrs spent in U.S. servers and data centers translates to several million tons of coal consumption and greenhouse gas emission per year. The U.S. Congress recently passed Public Law 109-431, directing the Environmental Protection Agency (EPA) to study enterprise energy use, and several industry consortiums such as the GreenGrid have been formed to address these issues. In addition, power and cooling can also impact compaction and reliability.
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