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TSDC Characteristics of extruded polymer insulated cables

机译:挤出聚合物绝缘电缆的TSDC特性

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摘要

Four XLPE and TRXLPE insulated 15 kV cables were characterized using the Thermally Stimulated Discharge Currents (TSDC) technique in order to inves gate the effect of the roughness and cleanliness of the seraiconductive shield/insulation interface. The XLPE cables, Cable A and Cable B, had nominally the same compounds formulation. However, the materials were reportedly cleaner for Cable B compared to Cable A. The cables were tested in the 0 to +/-140 kV voltage range. Cable B, gave a lower TSDC at all voltages when compared to Cable A. at positive and negative polarization. In addition, two 15 kV TRXLPE cables were tested. Cable C has a conventional conductor shield compound while Cable D had a supersmooth conductor shield. Some possible interpretations of the TSDC responses are presented.
机译:使用热刺激放电电流(TSDC)技术对四根XLPE和TRXLPE绝缘的15 kV电缆进行了表征,以研究屏蔽屏蔽层/绝缘层界面的粗糙度和清洁度的影响。 XLPE电缆,电缆A和电缆B,名义上具有相同的化合物配方。但是,据报道,与电缆A相比,电缆B的材料更清洁。在0至+/- 140 kV的电压范围内对电缆进行了测试。与电缆A在正极和负极上相比,电缆B在所有电压下的TSDC都较低。此外,还测试了两条15 kV TRXLPE电缆。电缆C具有常规的导体屏蔽层,而电缆D具有超光滑的导体屏蔽层。介绍了TSDC响应的一些可能解释。

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