基于小波分析和数据融合的电气设备在线数据预测研究

Guorong Wang, Wentao Mao, Yingzhi Tang, Yan Xiao
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引用次数: 0

摘要

在电气设备的故障分析与诊断过程中,利用小波变换检测故障信号的故障时间具有重要意义。为了克服这一不足,小波分析可以将不同频率的混合信号分解成具有不同频率成分的块信号,可以有效地从噪声中分离信号,提取特征,诊断故障。根据虚拟仪器解决方案,通过数据融合技术对各种多源故障数据信息进行综合处理。在故障模式识别中,如何充分利用各种诊断方法的优势,相互结合,取长补短,对提高故障模式的分辨率,增强故障诊断的全面性和可靠性具有重要意义。数据融合技术是研究多源信息处理与分析方法的一门新兴前沿学科。在军事、信息处理等领域,多传感器数据融合技术在故障诊断中的应用越来越受到重视。讨论了基于小波分析和数据融合的电气设备的应用特点,给出了最新的研究成果和发展趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on On-line Data Prediction of Electrical Equipment Based on Wavelet Analysis and Data Fusion
In the process of fault analysis and diagnosis of electrical equipment, it is of great significance to use wavelet transform to detect the fault time of fault signal. In order to overcome this deficiency, wavelet analysis can decompose mixed signals with different frequencies into block signals with different frequency components, which can effectively separate signal from noise, extract features and diagnose faults. According to the virtual instrument solution, this paper comprehensively processes various multi-source fault data information through data fusion technology. In fault pattern recognition, how to make full use of the advantages of various diagnosis methods, combine each other and learn from each other is of great significance to improve the resolution of fault pattern and enhance the comprehensiveness and reliability of fault diagnosis. Data fusion technology is a new frontier discipline to study multi-source information processing and analysis methods. In military, information processing and other fields, the application of multi-sensor data fusion technology to fault diagnosis has attracted more and more attention. This paper discusses the application characteristics of electrical equipment based on wavelet analysis and data fusion, and gives the latest research results and development trend.
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