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We Don't Know What We Don't Know: Data Mining Retail Banking Center Performance Benchmarking Assets for Sustained Behavioral Transformation

机译:我们不知道我们不知道的事情:数据挖掘零售银行中心绩效基准化资产,以实现持续的行为转变

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As the energy efficiency in new buildings continues to improve through the application integrated design strategies; plug loads and certain critical operational loads that are intrinsic to practice remain the primary invisible consumers of a vast part of the built environments overall energy profile (1). This paper will present the results of a yearlong study intended to measure how detailed benchmarking can be used within the context of a specific, existing building use type. This study of branch banking centers addresses load profiles across two different periods of construction (i.e., ASHRAE 90.1-1989 & Current LEED Standard). These two buildings are representative of the cross section of those currently in operation, and form the backbone of the managed assets, each preforming similar services. The study addressed the significant amount of data available from these assets, asking these questions beyond the aggregate of HVAC, lighting and plug loads: 1. Can data be mined to identify trends for prototypical operations such as typical work station behavior/ office profiles (i.e., PCs, monitors, printers and auxiliary equipment, interior and exterior lighting); as well as those loads that are determined to be uninterruptable (i.e., computer servers; ATMs; ATM and emergency lighting)? 2. Can the benchmarking results be used to establish a cohesive retrofit guideline looking toward significant emphasis on operational cost reduction? 3. With significant data available from a comparative sample of sites and similar use patterns, can data be mined to define a protocol, around meaningful trends, that help to establish retrofit guidelines across all corporate assets?
机译:随着新建筑的能源效率通过应用集成设计策略不断提高;实践中固有的插头负载和某些关键操作负载仍然是大部分已建环境总体能量分布图的主要不可见消耗者(1)。本文将提供为期一年的研究结果,旨在衡量如何在特定的现有建筑物使用类型的背景下使用详细的基准测试。分支银行中心的这项研究解决了两个不同建设时期的负荷情况(即ASHRAE 90.1-1989和现行LEED标准)。这两个建筑物代表了当前正在运行的建筑物的横截面,并且构成了受管资产的骨干,每座建筑物都提供类似的服务。该研究解决了从这些资产中获得的大量数据,提出了除暖通空调,照明和插头负载之外的其他问题:1.是否可以挖掘数据以识别典型操作的趋势,例如典型的工作站行为/办公室概况(即,PC,显示器,打印机和辅助设备,内部和外部照明);以及那些确定为不间断的负载(例如,计算机服务器,ATM,ATM和应急照明)? 2.是否可以将基准测试结果用于建立凝聚力的改造指南,以期将重点放在降低运营成本上? 3.通过从可比较的场所样本和类似的使用模式中获得大量数据,是否可以挖掘数据来围绕有意义的趋势定义协议,从而有助于在所有公司资产上建立改造指南?

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