电力市场用户负荷曲线聚类中改进K-means算法与分层算法的比较

N. M. Kohan, M. P. Moghaddam, S. M. Bidaki, G. Yousefi
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引用次数: 17

摘要

在电力市场中,为了以最低的成本为客户提供满意的服务,供应商非常希望了解客户的用电行为。在这种情况下,最重要的目标之一是为客户设计关税。根据监管机构规定的收入上限,电力供应商在确定电价结构和费率方面获得了新的自由度。这需要将电力消费者适当地分组为客户类别。因此,研究最优聚类算法具有重要的实用意义。本文采用改进的K-means算法进行客户聚类。然后将该方法与其他聚类算法(包括经典K-means和分层方法)进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
COmparison Of Modified K-means and hierarchical algorithms in customers load curves clustering for designing suitable tariffs in electricity market
In the electricity market, it is highly desirable for suppliers to know the electrical behavior of their customers, in order to provide them with satisfactory services at the least cost. One of the most important objectives in such case is designing tariff for customers. Electricity providers have been given new degrees of freedom in defining tariff structures and rates under regulatory-imposed revenue caps. This requires a suitable grouping of the electricity consumers into customer classes. Therefore, investigation of optimum clustering algorithm is of great practical concept. In this paper a modified K-means algorithm is adopted for customer clustering. This method is then compared with other clustering algorithms including classical K-means and hierarchical methods.
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