An inter-turn fault in a transformer can cause severe damage to transformer windings if not
detected quickly. In this paper, the fault diagnosis is discussed by examining the no-load …

Distribution transformers are one of the most crucial elements in the power system that
define the grid stability and reliability. Due to the substandard analysis of losses and …

One of the critical pieces of equipment for power transmission and distribution is the
transformer. The operation of the transformers is essential for the power supply's continued …

This paper presents an electromagnetic finite element (FE) analysis of combinations of
electrical steels in the lamination core steps of a real 6.3 MVA single-phase distribution …

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

Goal. The purpose of the work is to analyze the features and substantiate the advantages of
the spatial radial electromagnetic system of a single-phase transformer with rectangular …

This paper presents a comparative evaluation of conventional and mixed magnetic wound
cores for three-phase distribution transformers. The authors utilize a techno-economic …

Due to an increasing demand for power transformers with lower losses and cost, mixing
several grades in the same core could be an innovative answer for both performance and …

The paper presents an analytical model to predict and analyze the specific iron losses of 1-
phase magnetic cores with several grain-oriented electrical steel (GOES) grades. The …

Medium power transformers are responsible of the great part of total power losses in the
grid. With EN50588-1 regulation, no-load and load losses have strictly classified fo r high …