The Effect of Temperature and Humidity on Audible Noise Generated from UHV DC Transmission Lines

Wei Wang, Bing An, Chengrong Li, B. Luo, Xiaolin Li, Yixu Wang, Fei Fan, Boo-gen Yang
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引用次数: 4

Abstract

To research the effect of temperature and humidity on audible noise generated from UHV DC transmission lines, a mini corona cage has been constructed and put in a manual environment room, which temperature and humidity can be controlled. At the same time, an audible noise performance measuring system by using A/C weighted network audible noise meter and 8 kHz acoustic sensor have been set up too. The audible noise generated from a copper line have been measured in a mini corona cage not only at different humidity from 30% to 95% but also at different temperature from 0degC to 30degC. The relationship between audible noise level and temperature and humidity have been observed.
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温度和湿度对特高压直流输电线路可听噪声的影响
为了研究温度和湿度对特高压直流输电线路可听噪声的影响,搭建了一个微型电晕笼,放置在一个温湿度可控的人工环境室内。同时,还建立了一套由空调加权网络声噪声计和8khz声传感器组成的声噪声性能测量系统。在微型电晕笼中测量了铜线在30% ~ 95%的不同湿度和0℃~ 30℃的不同温度下产生的可听噪声。已观察到可听噪声水平与温度和湿度之间的关系。
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