Development of Epoxy with Nano and Micro Fillers for Core Insulation of Composite Insulators

Santhy P. Kuruvilla, N. Renukappa, J. S. Rajan
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引用次数: 4

Abstract

Epoxy composites are extensively used in different applications in high voltage engineering. However, the use of these composites for outdoor insulators has been challenging due to complexities arising out of the conditions of operation of the insulators. Pollution performance of composite insulators is influenced by the nature of the pollution existing, in addition to the combination of stresses acting on the insulators. The use of nano and micro combination of fillers in the epoxy composites is an ideal choice for achieving a proper balance of electrical, thermal and mechanical properties. This paper considers the merits of using combination of micro and nano fillers in an epoxy matrix to demonstrate that such insulation systems would provide better alternatives to the conventional epoxy systems for use as central rod in composite insulation systems for severe contaminated conditions.
复合绝缘子芯绝缘用纳米和微填料环氧树脂的研制
环氧复合材料在高压工程中有着广泛的应用。然而,由于绝缘子运行条件的复杂性,这些复合材料用于室外绝缘子一直具有挑战性。复合绝缘子的污染性能除了受作用在绝缘子上的各种应力的综合影响外,还受存在污染的性质的影响。在环氧复合材料中使用纳米和微组合填料是实现电学、热学和机械性能适当平衡的理想选择。本文考虑了在环氧基中结合使用微纳米填料的优点,以证明这种绝缘系统可以更好地替代传统的环氧体系,作为严重污染条件下复合绝缘系统的中心棒。
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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