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A SVM-based detection method for electricity stealing behavior of charging pile

机译:基于SVM的充电桩的电力窃取行为检测方法

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With the continuous growth of electric vehicles, the electricity stealing behavior of charging pile is becoming more and more frequent. In order to protect the safety of power grid, effective monitoring should be made for electricity stealing behavior. In this paper, a method based on support vector machine (SVM) is proposed to detect electricity stealing behavior of charging piles. By constructing a recognition model of electricity stealing behavior of charging pile, the purpose of anti stealing electricity of charging pile is achieved. In the model feature data input stage, the relevant features of electricity stealing behavior are extracted, and the support vector machine classifier is used for training, and the classification effect is tested on the test set. Experimental results show that the model has high accuracy. It can meet the detection requirements of electricity stealing behavior of charging pile.
机译:随着电动汽车的持续增长,充电桩的电力窃取行为越来越频繁。为了保护电网的安全性,应对电力窃取行为进行有效监控。本文提出了一种基于支持向量机(SVM)的方法来检测充电桩的电力窃取行为。通过构建充电桩的电力窃取行为的识别模型,实现了反窃取充电桩的目的。在模型特征数据输入级中,提取了电力窃取行为的相关特征,并且支持向量机分类器用于训练,并且在测试集上测试分类效果。实验结果表明,该模型的精度高。它可以满足充电桩的电力窃取行为的检测要求。

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