电力变压器增强型交变流体研究综述

Gopakumar S, Sree Renga Raja.T
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引用次数: 2

摘要

近年来,绝缘流体在电力变压器的设计中起着至关重要的作用,因为电力系统的性能在很大程度上取决于系统中使用的变压器。传统上,矿物油用于变压器中以增加冷却效果,但其生物降解性较差,并且耐火性能降低。因此,确定一种交流绝缘油对提高电力变压器的绝缘性能具有重要意义。因此,本研究工作旨在调查各种电力变压器用交变油的特性。在这一分析中,调查了油及其特性,具体用途。它包括植物油、酯油、磁性油、硅凝胶和纳米流体。在此基础上,通过将纳米颗粒与植物油混合,可以增强变压器油的特性。然后,通过测量击穿电压、粘度、介电常数、闪点、燃点和酸度,对这些油进行条件评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Comprehensive Survey on Alternating Fluids Used For The Enhancement of Power Transformers
In recent days, the insulating fluids plays an essential role in the design of power transformers, because the performance of the power system is highly depends on the transformers used in the system. Conventionally, the mineral oils are used in the transformers for increasing the cooling effect, but is less biodegradable and has a reduced fire resistant characteristics. So, it is important to identify an alternating insulating oil for enhancing the power transformers. Due to this reason, this research work intends to survey the characteristics of various alternating oils used for the power transformers. In this analysis, the oils and its characteristics have been surveyed with the specific usage. It includes the vegetable oil, ester oil, magnetic oil, silicone gel, and nano fluids. Based on this, the characteristics of the transformer oil can be enhanced by mixing the nano particles with the vegetable oil. Then, the conditional assessment of these oils are validated by using the measures of breakdown voltage, viscosity, dielectric constant, flash point, fire point, and acidity.
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