There have been considerable advancements in various aspects of transformer engineering
since the publication of the first edition in 2004. Improvements can be clearly seen in …

This article presents an extensive survey of current research on the transformer loss
problem, particularly from the view of practical engineering applications. It reveals that the …

Eddy currents are an electromagnetic phenomenon that represent an inexhaustible source
of inspiration for technological innovations in the 21st century. Throughout history, these …

This paper presents a three-dimensional (3D) finite-element (FE) analysis of eddy current
losses generated in the tank walls and yoke clamps of a three-phase 40MVA power …

In this paper, three metaheuristic optimization algorithms: genetic algorithm (GA), particle
swarm optimization (PSO), and differential evolution (DE) are compared in terms of …

A procedure, based in 2D finite element models, for accelerating the calculation of additional
losses in large foil windings of dry-type distribution transformers is presented. The different …

A three dimension electromagnetic model for a power distribution transformer is set up. In
this model both windings (low voltage-LV and high voltage-HV windings) are considered to …

Designing and manufacturing transformers often involves variations in heights and
thicknesses of windings. However, such geometric asymmetry introduces a significant …

Transformers are the main components in distribution systems that failure of them has many
disadvantages for the system. The reason of most of these failures is increase of …

Stray losses and flux leakages of a three-phase three-limb transformer are determined and
analyzed using 3D finite element analysis. The problem is not current driven but voltage fed …