Review on Space Charge Induced Aging and Voltage Endurance Tests of Polymeric Insulating Materials Under High DC Voltage

Henry Hirte, S. Kornhuber, S. Braun, P. Werle
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引用次数: 1

Abstract

This contribution gives a literature review on the currently established models and theories for the behavior of space charges and their role in respect to electrical and thermal aging of polymeric insulating materials. Besides that, the known influences on the space charge behavior like the temperature or filler-products are listed. All the theoretical work from the last decades, from which the most important literature is referred to, lead to a critical view on actual voltage endurance testing procedures and the space charge accumulation influencing their results. From these critics, the need for standardization work for a procedure of voltage endurance testing under high DC voltage is explained, with the respect to the influence of space charge presence. In the end, further planned examinations regarding this motivation are introduced.
高直流电压下高分子绝缘材料空间电荷诱导老化及耐压试验研究进展
本文综述了目前建立的空间电荷行为模型和理论,以及它们在聚合物绝缘材料电老化和热老化中的作用。此外,还列出了已知的影响空间电荷行为的因素,如温度或填料产物。过去几十年的所有理论工作(其中引用了最重要的文献)都对实际的电压耐久性测试过程和影响测试结果的空间电荷积累持批判态度。从这些批评中,解释了在高直流电压下进行电压耐久性测试程序的标准化工作的必要性,以及空间电荷存在的影响。最后,介绍了关于这一动机的进一步计划考试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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