Energy Measurement Feature Extraction Based on Association Rule Mining in Integrated Energy System

Qing Zhu, Si-Ya Wei, Xue-Ming Li, Ziqing Zou
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Abstract

With the development of Integrated Energy System (IES) and renewable energy, the scenarios of energy measurement are more and more complex. Simulations based on single communication mode or single device cannot meet the needs of power grid. In order to build a systematic and large-scale energy measurement simulation system, it's important to study energy measurement feature extraction. To address this issue, an energy measurement feature extraction strategy based on association rule mining is proposed in this paper: Using support and confidence to evaluate the relevance between features, so as to find the suspected association in energy measurement features, and then eliminate redundant feature by nonlinear fitting and multiple correlation coefficient. The case results verify the correctness and effectiveness of the proposed method.
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综合能源系统中基于关联规则挖掘的能源计量特征提取
随着综合能源系统和可再生能源的发展,能源计量的场景越来越复杂。基于单一通信方式或单一设备的仿真已不能满足电网的需要。为了构建一个系统的、大规模的能源计量仿真系统,研究能源计量特征提取是十分重要的。针对这一问题,本文提出了一种基于关联规则挖掘的能量测量特征提取策略:利用支持度和置信度来评估特征之间的相关性,从而发现能量测量特征中可疑的关联,然后通过非线性拟合和多重相关系数去除冗余特征。算例结果验证了所提方法的正确性和有效性。
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