This paper presents a comprehensive review of various techniques of partial discharge (PD)
localization. The technologies reviewed are acoustic, ultra-high frequency (UHF), optical …

This paper proposes a fault detection and classification scheme for multi-terminal high
voltage direct current (MT-HVdc) lines by integrating discrete wavelet transform (DWT) multi …

Partial discharge (PD) localization in power transformers by ultra-high frequency (UHF)
technique based on the time difference of arrival equations is state of the art. In this way …

The most convenient solution to link faraway significant renewable energy sources (RESs) is
the voltage‐source converter multi‐terminal high‐voltage DC systems (MT‐HVDC) …

This study deals with the faults' detection and classification in AC transmission lines based
on power spectral density (PSD), introducing PSD in time and frequency for analysing …

An original partial discharge generated in oil insulation identification methodology based on
simultaneously conducted measurements using electrical method, ultra high frequency …

Localization of partial discharge (PD) is a reliable and necessary technique for early
prediction of impending failure in transformer windings. Different PD sources have diverse …

The detection of partial discharge (PD) in transformers is of great significance for preventing
insulation defects from developing into insulation failures. Transformer partial discharge …

Insulation failure has been identified as one of the main reasons for transformer breakdown.
As one the most important assets in the high voltage system, the loss of a power transformer …

Precise localization of a Partial Discharge (PD) source inside a winding is one of the
important tasks for early detection and prevention of catastrophic failure of a transformer …