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Contactless measurement of lightning current using self-integrating B-dot probe

机译:使用自积分B点探针进行雷电非接触式测量

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Lightning is a form of pulse power in nature. It is a serious threat to the safe operation of power grid. However, in high voltage power systems, it is almost impossible to directly measure the lightning currents accurately and safely. This paper presents a contactless lightning current sensor for transmission tower based on B-dot probe. This sensor consists of a multi-turn loop, a self-integrating resistance and a shielding. In the laboratory, the typical lightning current (8/20 ;C;s) was simulated by a high impulse current generator. The experiment results show that: the sensor can accurately reproduce the waveform and amplitude of the current generated by the high impulse current generator, based on a specific measuring distance under reasonable design. And this sensor has the advantages of safety, strong anti-interference ability, and good linearity and accuracy.
机译:闪电本质上是脉冲功率的一种形式。这是对电网安全运行的严重威胁。但是,在高压电力系统中,几乎不可能准确,安全地直接测量雷电流。提出了一种基于B点探针的输电塔非接触式雷电流传感器。该传感器由一个多匝回路,一个自积分电阻和一个屏蔽组成。在实验室中,典型的雷电流(8/20; C; s)由高脉冲电流发生器模拟。实验结果表明:在合理设计的基础上,根据特定的测量距离,该传感器可以准确地再现高脉冲电流发生器产生的电流的波形和幅度。并且该传感器具有安全,抗干扰能力强,线性度和精度好的优点。

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