Overview of Data Centers Energy Efficiency Evolution

Lennart Johnsson
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引用次数: 6

Abstract

Data centers are becoming one of the major consumers of energy in modern economies accounting for a measurable fraction of the total energy consumption. Furthermore, the energy consumption of data centers has a high growth rate with the energy consumption doubling about every six years. With large data centers consuming several MW of power or even 10’s of MW energy efficiency and energy consumption of data centers have become of great importance economically and environmentally. Up to a decade or so ago it was common that the computing equipment in data centers only consumed a third or less of the total energy consumption. Today, in well-designed data centers the computing equipment consumes at least 60 – 70% of the total power, and in some designs as much as 90% or more of the total power. To further enhance energy efficiency various forms of energy reuse is also pursued thereby reducing the energy consumption for other purposes and hence also contributing to reduced emissions. Reducing the energy consumption for computing has for the last decade also been one of the key drivers for CPU and platform vendors. Increasingly, energy efficient computing system and data center design requires an integrated approach to server and system design, cooling and potential energy reuse. In this chapter we will review recent developments as well as emerging technologies for energy efficient server and data center designs, as well as the challenges in using clean energy sources.
数据中心能效发展概述
数据中心正在成为现代经济中的主要能源消耗之一,占能源消耗总量的相当一部分。此外,数据中心的能耗增长率很高,大约每六年能耗翻一番。大型数据中心的能耗高达几兆瓦甚至十几兆瓦,因此数据中心的能效和能耗在经济和环境方面都具有重要意义。十多年前,数据中心的计算设备通常只消耗总能耗的三分之一或更少。如今,在设计精良的数据中心中,计算设备的能耗至少占总能耗的 60% 至 70%,在某些设计中甚至高达总能耗的 90% 或更多。为了进一步提高能效,人们还追求各种形式的能源再利用,从而减少其他用途的能源消耗,进而减少排放。过去十年来,降低计算能耗也一直是 CPU 和平台供应商的主要驱动力之一。高效节能的计算系统和数据中心设计越来越多地要求对服务器和系统设计、冷却和潜在的能源再利用采用综合方法。在本章中,我们将回顾节能服务器和数据中心设计的最新发展和新兴技术,以及使用清洁能源所面临的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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