EnergyTrack:传感器驱动的能源使用分析系统

V. Krishna, Deokwoo Jung, Ngo Quang Minh Khiem, H. Nguyen, David K. Y. Yau
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引用次数: 12

摘要

我们设计并演示了一个传感器驱动的能源使用分析系统,EnergyTrack,它可以持续分析、评估和实时解释建筑能源使用。该系统结合了一个能源使用模型,同时考虑了终端负荷、占用变化和占用效用的能源消耗。EnergyTrack测试平台在商业建筑办公空间中实施。我们展示了我们的占用估计算法以及基于这些占用估计的能源分析结果。这些结果包括能源浪费跟踪、消耗异常检测以及终端负载、建筑区域和消费者的能源分解可视化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EnergyTrack: Sensor-Driven Energy Use Analysis System
We design and demonstrate a sensor-driven energy use analysis system, EnergyTrack, that continuously analyzes, evaluates, and interprets building energy use in real-time. The system incorporates an energy usage model that simultaneously considers the energy consumption of end-loads, occupancy changes, and occupant utility. The EnergyTrack testbed is implemented in a commercial building office space. We demonstrate our occupancy estimation algorithm as well as energy analysis results that are based on these occupancy estimates. These results include energy wastage tracking, consumption anomaly detection, and visualization of energy-break down by end-loads, building zones, and consumers.
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