In the last decades, dielectric testing techniques are being used and investigated as
potential tools for condition assessment of oil-paper insulation. From fields and laboratory …

Dielectric testing techniques, in both time and frequency domains, are currently widely used
by power utilities for assessment of the condition of transformer oil-paper insulation systems …

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

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

The measurement of dielectric response of oil-paper insulation systems in the time or
frequency domain provides novel diagnostic methods for quality control of medium and high …

Temperature is one of the most crucial factors that influence the field measurement results of
dielectric response methods. The distribution of moisture between oil and paper in a …

Dielectric response measurement is widely used to characterize oil/oil-impregnated
pressboards in order to evaluate the condition of transformer insulation. Insulation systems …

Since a few years, non-destructive techniques for assessment of power transformer
insulation systems have been developed. The dielectric response in time and frequency …

Being an offline measurement technique, Polarization Depolarization Current (PDC) data is
conventionally measured after the oil-paper insulation of the equipment reaches thermal …

Oil-impregnated paper is usually the preferred choice of insulation in power transformers.
The working life of any transformer depends on its insulation condition. The paper …