A study on the practical use of smart meter end-user demand data

G. Park
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Abstract

This work introduces a new approach that classifies individual household water usage by examining the characteristics of smart meter end-user demand data. Here, one of the most well-known unsupervised machine learning, K-means algorithm, is applied to classify water consumptions by each household. The intensity and duration of end-user demands are used as main features to determine the households with similar water consumption pattern. The results showed that 21 households are classified into 13 clusters with each cluster having one, two, three, or five houses. The reasoning why multiple households are classified into the same cluster is described in this paper with respect to the collected data and end-user water consumption behavior.
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研究智能电表实际应用中的终端用户需求数据
这项工作引入了一种新的方法,通过检查智能电表终端用户需求数据的特征来分类个人家庭用水情况。这里,最著名的无监督机器学习之一,K-means算法,被应用于每个家庭的用水量分类。最终用户需求的强度和持续时间是确定具有相似用水模式的家庭的主要特征。结果显示,21户家庭被分为13个小区,每个小区有1套、2套、3套、5套住宅。本文从收集的数据和最终用户的用水行为两方面描述了将多个家庭划分为同一集群的原因。
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