基于小波变换和概率神经网络的变压器谐波电流监测

F. Imam Wahyudi, Wisnu Kuntjoro Adi, A. Priyadi, M. Pujiantara, P. Mauridhi Hery
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引用次数: 5

摘要

今天,变压器监测是迫切需要的。这源于印尼电力公司无法了解已安装变压器的状况。在变压器发生故障后,已知变压器已损坏。印尼电力公司会对变压器进行一些维护,但这种维护只是为了检查变压器是否正常工作。印尼电力公司无法检查变压器的正常工作时间,变压器的使用年限以及变压器油的状况如何。不直接接触变压器的监测是一种新的监测方法。印尼电力公司也可以简单地采用这种方法。要在不直接接触的情况下对变压器进行监测,需要进行长期持续的研究。基于谐波电流互感器的年龄分类是一种不接触互感器监测的方法。用小波变换对谐波电流进行滤波,用PNN对结果进行分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transformer monitoring using harmonic current based on wavelet transformation and probabilistic neural network (PNN)
Today, Transformer monitoring is urgently needed. This come from the reality that Indonesian Electrical Company could not know the condition of the transformer which was installed. The transformer is known damaged after something happen with the transformer. The Indonesian electrical company does some maintenance for the transformer, but this maintenance is only for checking the transformer is working well or not. The Indonesian electrical company could not check how long the transformer will be working well, how old the transformer and how is the condition of the transformer oil. Monitoring without directly touching the transformer is a new method. This method also can be applied simply by Indonesian electrical company. To monitor a transformer without touching directly required a long and continuously research. Age classification based on harmonic current transformer is one way to monitor the transformer without touching it. Harmonic currents filtered using wavelet transform and the results will be classified using PNN.
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