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Software-only occupancy inference in a workplace findings from a field trial

机译:现场试验得出的工作场所纯软件占用推断

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HVAC and lighting loads contribute a significant fraction of total energy consumed in office buildings. These loads vary as a function of occupancy and therefore inferring occupancy is vital to optimizing energy efficiency within these buildings. This work presents evaluation and comparison results from a field trial conducted in a large office building, which involved estimating occupancy with the help of existing opportunistic context sources versus instrumented hardware sensors. Our results show that opportunistic sensing yielded an accuracy of 80% in comparison with expensive hardware sensors and may be used to continuously estimate fine-grained workplace occupancy in an inexpensive manner. Moreover the inferred occupancy information may also be used to identify anomalies in thermal management and space utilization within the building.
机译:暖通空调和照明负荷在办公楼消耗的总能源中占很大一部分。这些负载随占用率的变化而变化,因此推断占用率对于优化这些建筑物的能效至关重要。这项工作提供了在大型办公大楼中进行的现场试验的评估和比较结果,该试验涉及在现有机会主义上下文资源与仪器硬件传感器的帮助下估算占用率。我们的结果表明,与昂贵的硬件传感器相比,机会感测的准确性为80%,可用于以便宜的方式连续估算细粒度的工作场所占用率。此外,推断的占用信息还可用于识别建筑物内的热管理和空间利用中的异常。

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