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Cluster-based Energy Load Profiling on Residential Smart Buildings

机译:住宅智能建筑中基于集群的能源负荷分析

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Percentage of population living in cities is expected to reach 60% by 2030, accounting for 60% - 80% of world annual energy needs and making the impact of energy efficient solutions in cities quite significant for environmental protection and fighting climate change. The building sector uses about 40% of European energy and emits approximately 1/3 of greenhouse gas emissions. Black-box measurement based modeling methods allow the estimation of consumption in buildings relying on smart metering devices installed. Vast amount of data generated poses new challenges with reference to their handling and timely processing. The paper presents an approach related to building energy load profiling utilising profile compression and clustering. It discusses the application of different clustering algorithms through their experimental evaluation.
机译:预计到2030年,城市人口的比例将达到60%,占世界年度能源需求的60%-80%,并使高效节能解决方案对城市的影响对于环境保护和应对气候变化具有重大意义。建筑部门使用约40%的欧洲能源,并排放约1/3的温室气体。基于黑匣子测量的建模方法可以依靠安装的智能计量设备估算建筑物的能耗。就其处理和及时处理而言,生成的大量数据提出了新的挑战。本文提出了一种与利用轮廓压缩和聚类的建筑能源负荷剖析有关的方法。通过实验评估,讨论了不同聚类算法的应用。

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