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关键词：省煤器、IT、暖通空调设计、室内环境质量、能源效率、减缓气候变化
摘要：
对于数据中心运营的迅速增加电力需求已促使力度，以更好地了解当前数据中心的能源使用和识别策略，减少这些建筑对环境的影响。本文建立了由定性数据中心在当地的气候和机械设备的差异，然后评估其后果建筑能源利用以前的数据中心能源建模工作。城市在美国有显着的数据中心活动标识。这些城市代表的气候条件被应用到数据中心的能源模式为几个不同的原型空间类型。结果表明，在数据中心的广泛、有效节约器利用可减少对数据中心的能量需求约20-25％，相当于在美国每年13-17十亿千瓦时的能量。几乎一半的潜在节约会导致更好的空气溢流管理和适当的控制序列。总的节能潜力省煤器，虽然可观，是由他们的潜力有限，在服务器和服务器机房使用，估计占约30％的数据中心能源需求的约束。结合省煤器使用到大型数据中心的机械系统将增加地理区域之间的差异在能源效率，这说明随着数据中心的建筑变得更加节能，其位置将会对整体能源需求的影响越来越大。占温室气体排放量在地区间的差异变得更加重要。未来数据中心的发展可以考虑选址，随着效能的措施，以限制归属于这个日益突出的经济部门对环境的影响。论文网