直流绝缘系统的局部放电起始电压:与交流电源的比较

P. Seri, L. Cirioni, H. Naderiallaf, G. Montanari, R. Hebner, A. Gattozzi, Xianyong Feng
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引用次数: 17

摘要

本文建立了交流和直流局部放电起始电压PDIV模型,并通过对带有人工缺陷的多层平面试件进行了测量验证。结果强调,根据温度和材料电导率,直流和交流下的PDIV之间可能存在很大差异,这取决于绝缘温度,因此,例如电缆负载。事实上,PDIV-DC在室温下可能比PDIV- ac大得多,但在最高工作温度下,即满载时,这两个值可能非常接近(PDIV-DC甚至比PDIV- ac小)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Partial Discharge Inception Voltage in DC insulation systems: a comparison with AC voltage supply
In this paper the AC and DC partial discharge inception voltages, PDIV, are modeled and validated through measurements performed on multi-layer flat specimens with artificial defects. The results highlight that, depending on temperature and material conductivity, there can be a large difference between PDIV under DC and AC, which depends on insulation temperature, thus, e.g., cable loading. Indeed PDIV-DC can be much larger than PDIV-AC at room temperature, but the two values can be very close (with PDIV -DC being even smaller than PDIV-AC) at maximum operating temperature, i.e. full load.
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