Arc-Fault Detection method with Saturated Current Transformer

Sittichai Wangwiwattana, Koike Yoshikazu
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Abstract

In this research, we devised a low cost and low voltage arc-fault detector. The circuit detection method is to measure peak current from the current transformer and make the comparison between non-arc-fault state and arc-fault state. Since the output current peak created by the current sense transformer in arc-fault state has certain jagged edge, voltage output from the transformer is substantially lower than that of normal state. Such a voltage variation causes into changes of magnetic flux in the current transformer. It is expected that the large voltage difference between arc fault and non-arc fault state appears. It can be used to detect and identify the arc-fault even if arc-fault influence on the supplied voltage is quite low. In this report, we are able to detect the direct pattern difference between non-arc fault and arc fault state. The detection setup for proposed method can be created successfully.
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饱和电流互感器电弧故障检测方法
本课题设计了一种低成本、低电压的电弧故障检测仪。电路检测方法是测量电流互感器的峰值电流,并对无电弧故障状态和电弧故障状态进行比较。由于电流检测互感器在电弧故障状态下产生的输出电流峰值具有一定的锯齿边,因此互感器输出的电压大大低于正常状态。这种电压变化引起电流互感器内磁通量的变化。预计电弧故障状态与非电弧故障状态之间会出现较大的电压差。即使电弧故障对供电电压的影响很小,也可用于检测和识别电弧故障。在本报告中,我们能够检测出非电弧故障和电弧故障状态之间的直接模式差异。该方法的检测设置可以成功创建。
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