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Analysis of power supply from high-voltage side for electronic Current Transformer

机译:电子式电流互感器高压侧电源分析

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摘要

The wireless sensor has been widely applied in the field of power monitoring system; one of the difficulties in the design of the whole system design is the power supply. Because of the particularity of installation location of the wireless sensor, a self-supply power of the high-voltage side is designed in this paper. To limit the voltage and current output of the Current Transformer (CT) in the large current state, a simpler and more reliable direct limit mode-flat-wave reactance limit mode is adopted. It uses saturation characteristics of CT, and the current from 1A~50000 A on busbars is converted to voltage energy 1~60 V. By comparing the experimental results with the iron-core of permalloy and amorphous, the circuit model of the CT is analyzed, eventually, the calculation formula of the iron-core specification is given. The experimental results demonstrate that the scheme is feasible.
机译:无线传感器已广泛应用于电力监控系统领域。整个系统设计中的困难之一是电源。由于无线传感器安装位置的特殊性,本文设计了高压侧的自供电电源。为了在大电流状态下限制电流互感器(CT)的电压和电流输出,采用了一种更简单,更可靠的直接限制模式-扁波电抗限制模式。它利用CT的饱和特性,将汇流排上1A〜50000 A的电流转换为1〜60 V的电压能量。通过将实验结果与坡莫合金和非晶合金的铁芯进行比较,分析了CT的电路模型,最终,给出了铁芯规格的计算公式。实验结果表明该方案是可行的。

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