基于神经网络的配网电气拓扑识别算法

Distribution Network Electrical Topology Identification Algorithm Based on Neural Network

  • 摘要: 提出了一种基于多通道自适应加权神经网络的配网电气拓扑识别算法,构建了多通道一维卷积神经网络(1DCNN)模型,以电压、电流、功率和功率因数4种采集数据作为各通道的输入数据,通过两层叠加的卷积模块实现特征提取;同时,提出了一种自适应加权的特征融合方案,通过神经网络自适应学习各通道重要性特征。实验采用真实用电数据制作数据集,并针对通道数、数据种类、数据维度等参数进行了多组实验。实验结果表明,该算法融合多种用电数据特征,配网电气拓扑辨识准确率达到99.772%。

     

    Abstract: his paper proposes a distribution network electrical topology identification algorithm based on a multi-channel adaptive weighted neural network. The algorithm builds a multi-channel 1DCNN (one-dimensional convolutional neural network) model, and uses four types of data: voltage, current, power and power factor, to make the datasets. Feature extraction has been realized through two CNN layers stacked; Meanwhile, an adaptive weighted feature fusion is proposed, it can learn the importance of each channel's feature through neural network adaptively. Datasets collect real consumption data, and multiple sets of experiments are conducted with the number of channels, data types, data dimensions and other parameters. Results show that the proposed algorithm can integrate the advantages of multiple data features, the accuracy of electrical topology identification can reach 99.772%.

     

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