Combining Energy Saving Techniques in Data Centres using Model-Based Analysis

Björn F. Postema, T. V. Damme, C. D. Persis, P. Tesi, B. Haverkort
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引用次数: 1

Abstract

Advanced power management and cooling techniques for data centres often co-exist as separate entities in current-day operation of data centres. This paper proposes to combine these techniques to achieve greater power savings. To this end, an existing theoretical thermal-aware model is integrated in an extensive simulation framework for data centres using power and performance models, which allows for a detailed study in power, performance and thermal metrics. The paper compares four distinct cases for studying the effect on these metrics: a data centre with (i) basic functionality; (ii) advanced cooling; (iii) advanced power management; and (iv) a combination thereof. The combined case shows a significant reduction in the energy consumption compared to the other cases while performance and thermal demands are kept intact. The combination of these techniques shows improvements in energy savings and shows it is meaningful to investigate further into smart combined energy saving techniques.
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结合基于模型分析的数据中心节能技术
数据中心的先进电源管理和冷却技术通常作为独立的实体共存于当前的数据中心运营中。本文建议将这些技术结合起来以实现更大的节能。为此,将现有的理论热感知模型集成到使用功率和性能模型的数据中心的广泛模拟框架中,从而可以对功率,性能和热指标进行详细研究。本文比较了四个不同的案例来研究对这些指标的影响:具有(i)基本功能的数据中心;(ii)先进冷却;(三)先进的电源管理;(iv)两者的组合。与其他案例相比,这种组合案例在保持性能和热需求不变的情况下显著降低了能耗。这些技术的结合显示了节能的改善,并表明进一步研究智能组合节能技术是有意义的。
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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