This paper reports the results of employing an artificial bee colony search algorithm for
synthesizing a mutually coupled lumped-parameter ladder-network representation of a …

This paper proposes a simple and effective evolutionary computation-based technique to
estimate the equivalent circuit parameters of a single-phase transformer from its nameplate …

In this study, the challenging problem of computing the frequency‐dependent lumped
parameter ladder network model for transformer winding based on impedance frequency …

The conventional methods of parameter estimation in transformers, such as the open-circuit
and short-circuit tests, are not always available, especially when the transformer is already …

Accurate modelling of power transformers is beneficial for fault diagnosis and the health
condition assessment of the power transformers. However, measuring the internal …

A novel auto‐synthesis method is proposed to construct the mutually coupled equivalent
circuit of an isolated air‐core transformer winding based on the signal morphology …

This paper presents a new improved detailed model for transformer windings. This model
accurately represents the transient behaviour of transformer winding better than does the …

To study the behavior of the transformers and the effects of these devices on power network
performance in transient states, various models with different objectives are presented. One …

Estimation of the parameters of a transformer ladder network model based on the measured
impedance frequency response (IFR) faces major challenges. Nonlinear nature of the …

With the growing use of power electronics in distribution networks and industry, detuned
reactors have been of great interest. Among the types of detuned reactors, dry type cast …