Effect of thermally stimulated discharges on partial discharges and tree growth in PMMA

P. Basappa, M.L. Williams, K. Agarwal
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Abstract

Treeing is an important aging process, which leads to electrical breakdown of solid dielectrics. A study of literature indicates that trapped charges play a significant role in the initiation and propagation of electrical tree channels. Experiments have been conducted in which charges have been modified by subjecting the samples aged by Partial Discharges (PD) to thermally stimulated discharging (TSD) procedure. Our earlier results have indicated that treeing could be characterized by PDs. The parameters of Weibull distribution are affected by the removal of charges by TSD. The parameters of Weibull distribution are correlated to one another and with time of aging. The parameters also respond to TSDs. Several Weibull plots, TSD curves and a number of microphotographs have been studied. In this work, the variation of bush growth with respect to aging time and variation of charge input with respect to aging time have been investigated.
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热刺激放电对PMMA部分放电和树木生长的影响
树形是一个重要的老化过程,它会导致固体电介质的电击穿。文献研究表明,捕获电荷在电树通道的产生和传播中起着重要作用。通过对部分放电(PD)老化的样品进行热刺激放电(TSD)处理,对电荷进行了修改。我们早期的结果表明,树木可以通过pd来表征。TSD去除电荷对威布尔分布的参数有影响。威布尔分布参数之间存在一定的相关性,并与老化时间相关。参数也响应tsd。研究了几个威布尔图、TSD曲线和一些显微照片。在这项工作中,研究了灌木生长随老化时间的变化和电荷输入随老化时间的变化。
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Transmission power cables PD detection at damped AC voltages Improvements to the performance of silicone rubber housed composite bushings by means of a resistive coating Further experience in the use of existing RTDs in windings of motors generators for the measurement of partial discharges Effect of thermally stimulated discharges on partial discharges and tree growth in PMMA A review of artificial contamination withstand test methods of high voltage outdoor insulators
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