纳米流体与抗氧化剂混合绝缘液的研究

P. Krishna Kumar, S. Senthil Kumar, M. Ravindran
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引用次数: 12

摘要

在当今世界,电力扮演着重要的角色。变压器是电力系统的重要组成部分,它由固体和液体绝缘组成。变压器绝缘液的使用决定了变压器的工作效率。今天我们使用矿物油作为绝缘液,但由于电力需求的增加,矿物油的稀缺性存在。突然用其他液体代替矿物油对研究人员来说有些困难。首先天然酯和硅油最大的缺点是粘度高。本文尝试用混合绝缘流体的概念寻找替代方案。适当添加纳米材料和抗氧化剂,可以提高单独绝缘液和混合绝缘液的击穿电压、闪点和着火点等关键参数。研究选用矿物油、葵花籽油、米糠油和硅油。需要分析的关键参数有闪点、着火点、粘度和击穿电压。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation on mixed insulating fluids with nano fluids and antioxidants
In the whole world the electricity plays a major role today. The important component in the power system is the transformer which is composed of solid and liquid insulation. Insulating fluids used in transformer decides the efficiency of transformer. Today we use mineral oil as insulating fluid but due to the increase in need of electricity the scarcity of mineral oil exist. The sudden replacement of mineral oil with other liquid is somewhat difficult for the researcher. First the natural ester and the silicone oil has the greatest disadvantage of high viscosity. In this paper an effort has been made to find the alternative solution with the concept of mixed insulating fluids. The paper also concluded with enhancing the critical parameters such as breakdown voltage, flash and fire point of individual and mixed insulating fluid with the suitable additives of nano material and antioxidants. For investigation mineral oil, sunflower oil, Rice bran oil and silicone oil are chosen. The critical parameters to be analyzed are flash point, fire point, viscosity and breakdown voltage.
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