直流电缆中空间电荷的非侵入式测量技术

M. Jebli, T. Martiré, J. Laurentie, P. Notingher, L. Boyer, J. Castellon
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引用次数: 0

摘要

介绍了直流电缆空间电荷测量技术。该方法的原理是在电缆绝缘中施加热步骤后测量代表空间电荷的电流。对于长电缆,热步进法利用导体中的焦耳效应,通过扰动静电平衡来测量空间电荷。热传导到绝缘层会引起局部和暂时的电性能改变以及磁芯和外屏之间位移电流的循环。本文介绍了应用热步进法所需的功率脉冲的确定过程。使用微型电缆获得的实验结果证实了以非侵入式方式进行空间电荷测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Non-intrusive technique for measuring space charges in dc cables
This paper presents space charge measurement technique for dc cables. The principle of the method is measuring a current representative of space charge after applying a thermal step in the cable insulation. For long cables, thermal step method allows the measurement of space charge by perturbing the electrostatic balance using Joule effect in the conductor. The thermal conduction into insulation causes a locally and temporarily modification of electric properties and the circulation of displacement current between the core and outer screen. This paper presents procedure for sizing the power pulse needed to apply the thermal step method. Experimental results obtained using mini-cable confirm space charge measurements in a non-intrusive manner.
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