Research on AP Clustering of Weighted Load Index for Demand Response Potential Analysis

Chenyu Zhao, Chunyan Li, Wenyue Cai, Zongdai Lin, Xin Wang, P. Zhou, Yi Zeng
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Abstract

Data mining techniques can help utilities to analyze the electricity utilization behavior and make decisions based on massive data from smart meter. In this paper, an innovative Affinity Propagation clustering algorithm is proposed and improved in load curve clustering to analyze demand response potential effectively. First, the feature indices of load curve are extracted to reduce data dimension. In the face of the weakness of subjective weighing, Entropy Weighting is introduced to objectively determine the weight of load feature indices. Then, Preference parameter of AP clustering algorithm is adjusted by local search mechanism to improve the similarity calculation, and the convergence of clustering result is ameliorated by DB index. Based on the clustering result, the feature indices are combined to analyze the demand response potential of customer. Case studies show that the proposed algorithm has good performance in both the clustering efficiency and effect, and the extracted features are beneficial to consumption behavior analysis.
面向需求响应潜力分析的加权负荷指数AP聚类研究
数据挖掘技术可以帮助电力公司分析用电行为,并根据智能电表的大量数据做出决策。本文提出了一种新颖的亲和性传播聚类算法,并对负载曲线聚类进行了改进,有效地分析了需求响应潜力。首先,提取负荷曲线特征指标,降低数据维数;针对主观权重法的不足,引入熵权法客观确定负荷特征指标的权重。然后,通过局部搜索机制调整AP聚类算法的Preference参数,改进相似度计算,并利用DB索引改善聚类结果的收敛性。在聚类结果的基础上,结合特征指标分析客户需求响应潜力。实例研究表明,该算法在聚类效率和聚类效果上都有较好的表现,提取的特征有利于消费行为分析。
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