ABSTRACT A transformer is a vital component in any power system network and its
catastrophic failure may cause disturbance in the proper operation of electrical power …

This paper presents a general approach to compute the leakage inductances of power
transformers with turn-to-turn winding faults. The leakage inductances are obtained by using …

Interturn short circuit faults are the leading cause of power transformer failures. If not quickly
detected, these faults usually develop into more serious faults that would result in …

In this paper, a different internal fault modeling and an identification algorithm are presented.
There has been an increasing concern about turn-to-turn faults in transformers because of …

Interturn faults are one of the most prevalent and potentially destructive electrical faults in
power transformers. In spite of an extensive interturn fault detection literature, the issue still …

In this paper a new protection scheme is introduced to detect and identify transformer
winding faults. The new approach is based on artificial neural networks (ANNs) using radial …

In the past years, there has been an increasing concern about turn‐to‐turn faults in power
transformers, due to the high costs that unexpected outages cause. It is not always possible …

Interturn short circuit faults are the leading cause of power transformer failures. If not quickly
detected, these faults usually develop into more serious faults, which would result in …

A new method for simulating faulted transformers is presented in this paper. Unlike other
methods proposed in the literature, this method uses the data obtained from any sound …

Internal fault detection in transformers provides early warning of electrical failure and could
prevent forced outages with the consequential costs. To detect and diagnose transformer …