基于层次聚类的光伏发电数据分析

SungSik Park, Young B. Park
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引用次数: 8

摘要

光伏发电作为替代现有化石燃料发电的可再生能源之一备受关注。光伏发电数据集群正变得越来越流行,因为它允许我们在没有广泛分析和模拟的情况下识别光伏系统。一般光伏发电数据的聚类方法只分析每个聚类的含义,难以把握聚类之间的相似性。本文通过分层聚类算法对光伏发电数据进行聚类,计算聚类之间的关系。采用分层聚类方法分析聚类间光伏发电数据的相似性。因此,将光伏发电数据分为季节性簇和缺陷簇。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Photovoltaic power data analysis using hierarchical clustering
Photovoltaic is attracting attention as one of the renewable energy sources that replace existing fossil fuel-based power generation. Photovoltaic power generation data clustering is becoming increasingly popular because it allows us to identify PV systems without extensive analysis and simulation. Generally, clustering method of PV power data analyzes only the meaning of each cluster, so it is difficult to grasp the similarity between clusters. In this paper, clustering of PV power data through hierarchical clustering algorithm is performed to calculate the relationship between clusters. The hierarchical clustering method was used to analyze the similarity of PV power data between clusters. As a result, PV power data were classified into seasonal clusters and defective clusters.
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