Frequency domain spectroscopy is a potential tool for non-invasive condition assessment of
oil-paper insulation in power equipment. On the other hand, it is well known that the results …

Frequency Domain Spectroscopy is a popular non-invasive method that is widely used for
condition assessment of oil-paper insulation in real-life power transformers. Conventional …

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 …

In conventional frequency domain spectroscopy (FDS) measurement, sinusoidal excitation
is applied to a composite oil‐paper insulation under test, for a minimum of two cycles over a …

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 …

Frequency domain spectroscopy (FDS) is employed to evaluate the moisture content and
aging state of oil‐paper insulation in power transformers. Oil‐paper insulation samples with …

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

Frequency domain spectroscopy is considered to be a promising and novel method for the
assessment of the insulation condition of power equipment. This work has practical …

In order to distinguish the influences of moisture and aging on the frequency domain
dielectric response of oil-paper insulation and better apply frequency domain spectroscopy …

Frequency Domain Spectroscopy (FDS) is proposed as a suitable diagnostic method in this
paper for implementation on energized oil-paper insulation systems. In present FDS tests …