Results of Frequency Domain Spectroscopy measurements are known to be largely
influenced by insulation conditions, predominantly moisture content and temperature. In this …

Results of Frequency Domain Spectroscopy measurements are known to be largely
influenced by environmental conditions, such as the temperature. Because field …

Results of Frequency Domain Spectroscopy measurements are known to be largely
influenced by environmental conditions, such as the temperature. From fields and laboratory …

In this contribution, the dielectric dissipation factor of oil impregnated paper were monitored
along with the degree of polymerization. A series of experiments have been performed …

Frequency Domain Spectroscopy (FDS) is an effective tool allowing assessing the condition
of oil-paper insulation system in power equipment. However, results from these …

In this contribution, dielectric measurements in the frequency domain spectroscopy (FDS)
were undertaken on oil impregnated paper samples in order to assess, with accuracy, the …

New techniques are necessitated to be introduced for the diagnosis of large oil-immersed
power equipments for the disadvantages of traditional methods such as not very good …

Transformer oil-paper insulation system is continuously subjected to thermal stress which is
a key factor inducing its deterioration. Dielectric response of oil-paper insulation in …

The measurement of oil-paper insulation systems in the frequency domain provides novel
diagnostic methods for quality control of materials and high-voltage power transformers. The …

This article proposes a novel method for predicting frequency-domain spectroscopy (FDS)
characteristics of oil–paper insulation at a temperature, which is different from the …