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Multi - Energy Resources Planning for Data Center Operation and Residential Heating

机译:数据中心运营和住宅供暖的多能源计划

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With data centers surging worldwide, its enormous energy consumption, especially for the computational equipment, is required to deal with nowadays. Similarly, the building energy utilization is ever-increasing in most of the nations. Considering that most power used for IT servers of data center would, in turn, produce a vast amount of waste heat, one main perspective is to harvest the waste heat to offset the heat demand of residential building within a microgrid. Under this consideration, a MILP problem is formulated and discussed for optimization of the planning for the operation strategies of data center, generation units and residential building as an organization, aiming to minimize the operation cost and enhance the energy efficiency to its full extent. The results demonstrate the individual contribution of each supply in both power and heat section and confirm the effectiveness of the proposed model.
机译:随着全球数据中心的迅猛发展,当今需要处理大量的能源消耗,特别是对于计算设备而言。同样,在大多数国家,建筑能源的利用率正在不断提高。考虑到大多数用于数据中心IT服务器的电源会产生大量的余热,一个主要的观点是收集余热以抵消微电网中住宅建筑的热需求。在这种考虑下,提出并讨论了MILP问题,以优化作为一个组织的数据中心,发电单元和住宅建筑的运营策略的规划,旨在最大程度地降低运营成本并充分提高能源效率。结果证明了在电源和供热部分中每个电源的单独贡献,并证实了所提出模型的有效性。

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