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Towards Intelligent Operation of Data Centres Integrating Renewables and Smart Energy Systems

机译:走向集成可再生能源和智能能源系统的数据中心智能操作

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The significant increase in the energy consumed by data centres has recently been driving the efforts for the implementation of energy efficiency measures and the use of renewable energy sources. Due to their unique nature, data centres are demanding enormous amounts of energy and therefore they are ideal candidates for implementing actions to reduce the energy consumption and thus improve their ecological footprint while at the same time reducing their operational costs. The aim of this work is to analyse the operational conditions of a medium size data centre using a developed TRNSYS model in order to identify potential for improving their energy performance and operational costs. This work also studies the potential of implementation of an on-site generation system, represented by a roof-mounted photovoltaic (PV) system. The results of this parametric analysis highlight the important features that need to be considered when optimizing the operation of air-cooled data centres, especially the trade-off between inlet air supply and chilled water temperature.
机译:数据中心消耗的能源的显着增加最近推动了实施能效措施和可再生能源的使用的努力。由于它们独特的性质,数据中心要求巨大的能量,因此他们是实施减少能源消耗的行动的理想候选人,从而同时提高其生态足迹,同时降低其运营成本。这项工作的目的是使用开发的TRNSYS模型分析中等大小数据中心的操作条件,以确定提高能源绩效和运营成本的潜力。这项工作还研究了由屋顶上的光伏(PV)系统表示的现场生成系统的潜力。该参数分析的结果突出了优化空气冷却数据中心的运行时需要考虑的重要特征,特别是入口空气供应和冷水温度之间的折衷。

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