Partial discharge (PD) activities are the essential contributor of insulation failure, which
constitute more than 60% for damaging high voltage equipment. This article presents a …

The safe application of discharge equipment, such as transformers, is related to the
reliability of smart power grid and is crucial to the stable operation of the power system …

This review addresses the modeling approaches for heat transfer processes in oil-immersed
transformer. Electromagnetic, thermal, and hydrodynamic thermal fields are identified as the …

The aim of the work is to study the wave processes in three-winding power transformers
caused by impulse overvoltage, to create an improved mathematical model for reproducing …

A running transformer frequently experiences interturn faults; they are typically difficult to
detect in their early stages but eventually progress to interturn short circuits, which cause …

A similarity criterion suitable for studying the vibration characteristics of converter
transformers is proposed based on comprehensive consideration of geometric dimensions …

The safe operation of power transformer is vital to the reliability of modern power network.
The bushing is a key component of transformer that serves to connect the transformer …

Timely detection of insulation faults in power transformers is essential to prevent damage,
outages, and financial losses. Locating partial discharge (PD) sources in transformers with …

This paper investigates the high-frequency transformer losses attributed to eddy currents in
both conductors and the core. A comprehensive model of a transformer winding is …

Partial discharges (PDs) in transformer windings can lead to failures, causing power grid
instability and outages. Therefore, early detection and accurate localization of PD incidents …