基于深度学习算法的串联电弧故障模型智能分类方法

A. Omran, Dalila Mat Said, S. M. Hussin, S. Mirsaeidi, Yaser M. Abid
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引用次数: 10

摘要

近年来,机器学习技术被广泛应用于解决许多故障诊断问题。大量的电连接器已被用于光伏系统中存在的并联和串行模块结构,其中许多不同的故障可能发生。其中一种故障被称为串联电弧故障,在光伏系统中经常发生。通过对这类故障的研究,得到了许多串联电弧故障发生器模型。本文提出了一种新的智能方法对各种型号的串联电弧故障发生器进行分类。对不同类型的串联电弧断层模型进行了模拟,生成了800多条记录。智能分类方法已经提出使用Python来精确区分以简化深度特征学习的方式构建的不同模型,其中使用了光卷积神经网络;该方法的准确率高达98%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Intelligent Classification Method of Series Arc Fault Models Using Deep Learning Algorithm
In recent years, machine learning techniques have been widely used to solve many problems for fault diagnosis. A significant number of electrical connectors have been utilized in photovoltaic systems in the presence of parallel and serial modules structures, where many various faults can take place. One of these faults, known as a series arc fault that frequently happens in the PV system. Many series arc fault generator models are derived from studying this type of fault. In this paper, a new intelligent method is proposed to classify various models of series arc fault generator. Different types of series arc fault models have been simulated to generated more than 800 records. The intelligent classification method has been proposed using Python to precisely discriminate among different models structured in a way that simplifies deep feature learning, where a light convolution neural network has been used; the proposed method achieved a high accuracy 98%.
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