纳米流体在配电变压器中应用的挑战与研究

Rupali Balabantaraya, A. K. Sahoo, P. K. Sahoo
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引用次数: 1

摘要

变压器是将电力从电路的一端转移到另一端的主要部件。变压器故障越来越受到人们的关注,其健康监测是人们主要关注的领域。在健康监测中考虑了各种故障,降低了维护成本。电力变压器健康监测是对故障产生的温度进行测量[16]。因此,绝缘油和绕组的温度得到提高。本研究显示绝缘失效和热的产生横跨绝缘油的表面。为了提高变压器的可靠性和使用寿命,对电力变压器进行状态监测的新技术得到了发展。变压器油有两种作用,一是绝缘,二是冷却变压器。新技术涉及纳米技术。由于纳米流体具有良好的传热性能,目前对其的研究已经得到了发展。在本研究中,变压器油的表面温度分析,包括和不包括纳米颗粒;已经完成了。结果和分析表明,纳米颗粒能降低单相100KVA变压器油的表面温度。使用含有纳米颗粒的变压器油,可使变压器油表面温度降低7K。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges and Investigations for the Application of Nanofluids in Distribution Transformer
Transformer is the main component to transfer electrical power from one side of the circuit to the other side. Transformer fault is more concerned and its health monitoring is an area of the major concern. Under health monitoring various faults are taken in to consideration and it provides less maintenance cost. Health monitoring, of power transformer measures temperature which is produced due to faults [16]. As a result temperature gets enhanced in insulating oil and windings. This study shows about the insulation failure and production of heat across the surface of the insulating oil. To enhance the reliability and life period of transformer, new technologies are developed to deal with conditional monitoring of power transformer. Transformer oil serves dual purpose first one is as insulator and second one is that of cooling of transformer. New technology deals with nano technology. Now research has been developed about nano fluids, because of its heat transferring properties. In this study, surface temperature analysis of transformer oil, including & excluding nano particles; has been done. Result and analysis have shown that there is a decrease in surface temperature of oil with nano particles for single phase 100KVA transformer. Surface temperature of transformer oil goes down by up to 7K when transformer oil with nano particle is used.
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