A. Lestari, Fadilah Fadilah
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引用次数: 0

摘要

局部放电是电力系统中经常发生的现象之一,其特点是产生的热量会破坏绝缘系统。如果这种现象长期存在,就会扰乱配电过程,甚至停止配电过程。局部放电测试可采用2种方法进行测试,即常规使用耦合法和常规使用电磁法、光学法、声学法和化学法。在本研究中,水分测试部分使用了非常规的电磁法方法。使用的电磁方法是Rogowski线圈与铁氧体和非铁氧体铁芯。每个Rogowski线圈芯的内径为1.2厘米,外径为2.5厘米,高度为2.5厘米,共10圈。部分汗液试验结果表明,非铁氧体铁芯Rogowski线圈的响应速度比铁氧体铁芯Rogowski线圈快。对于用于局部放电试验的第二磁芯的灵敏度水平,可以看出带有铁氧体磁芯的Rogowski线圈比非铁氧体磁芯更敏感,灵敏度值为11.63%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengujian Peluahan Sebagian Menggunakan Rogowski Coil Inti Ferit dan Non Ferit dengan Variaasi Lilitan Sebanyak 10 Lilitan
Partial Discharge is one of the phenomena that occurs in the electric power system, which is characterized by the phenomenon of heat which will disrupt the insulation system. If this phenomenon is left for a long time, it will disrupt the process of distributing electricity, even stopping the process of distributing electricity. Partial discharge testing can be tested in 2 ways, namely conventional using coupling and conventional using electromagnetic methods, optical methods, acoustic methods, and chemical methods. Moisture testing in part in this study uses a non-conventional method with the electromagnetic method. The electromagnetic method used is the Rogowski Coil with ferrite and non-ferrite cores. Each Rogowski Coil core has an inner diameter of 1.2 cm, an outer diameter of 2.5 cm, a height of 2.5 cm and a total of 10 turns. The results of the partial sweat test show that the non-ferrite core Rogowski Coil responds faster than the ferrite core Rogowski Coil. As for the sensitivity level of the second core used for partial discharge testing, it can be seen that the Rogowski Coil with a ferrite core is more sensitive than the non-ferrite core with a sensitivity value of 11.63%.
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