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Power System Failure Analysis by Using The Discrete Wavelet Transform

机译:基于离散小波变换的电力系统故障分析

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Voltage variations are the most common power quality events that may result in corruption of different industrial processes. The electric power utility industry requires significant improvement in the quality of power provided to customers during faults or wide area system disturbance. Power system failure signals are monitored by using embedded systems. The wavelet transform is a transform similar to Fourier transform. It uses functions like the Fourier transform that are localized in both time and frequency. In addition, the wavelet transform requires less computation than the fast Fourier transform. This paper shows wavelet transform can be used to reduce data set while covering original information. Because of the reduced data set embedded systems can work wide time range. Paper helps power system analysis and classifies power system failures.
机译:电压变化是最常见的电能质量事件,可能会导致不同的工业过程损坏。电力行业要求在故障或广域系统干扰期间向客户提供的电能质量显着提高。通过使用嵌入式系统监视电源系统故障信号。小波变换是类似于傅立叶变换的变换。它使用在时间和频率上都本地化的函数,例如傅立叶变换。此外,与快速傅立叶变换相比,小波变换所需的计算更少。本文表明小波变换可用于在覆盖原始信息的同时减少数据集。由于减少了数据集,嵌入式系统可以在很宽的时间范围内工作。本文可帮助电力系统分析并对电力系统故障进行分类。

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