摘要
通过对其进行频域介电响应测试并对特征频段内的FDS进行积分运算提取到了能够定量表征绝缘受潮状态的特征参量;基于建立介损积分因数与绝缘受潮状态的函数关系并且消除温度对FDS的影响,实现了对绝缘含水量的定量评估。
The frequency domain spectroscopy(FDS) test and the integration operation of FDS is performed, the characteristic parameters that can quantitatively characterize the moisture are extracted. Based on establishing the functional relationship between dielectric loss integral factor and moisture, as well as eliminating the influence of temperature on FDS, the quantitative evaluation of moisture content is realized.
作者
胡娜
张玉波
焦健
HU Na;ZHANG Yu-bo;JIAO Jian(City College,Wuhan University of Science and Technology,Wuhan 430083,China;Electric Power Research Institute of Guangxi Power Grid Co.,Ltd.,Nanning 530023,China)
出处
《变压器》
2021年第9期38-43,共6页
Transformer
关键词
变压器
固体绝缘
频域介电谱
含水量
Transformer
Solid insulation
Frequency domain spectroscopy
Moisture
