This book is based on the author's 50+ years experience in the power and distribution
transformer industry. The first few chapters of the book provide a step-by-step procedures of …

The mass access of a power electronics-based source/load resource to a distribution
network brings about complex power-quality issues, which aggravate loss problems. This …

Successful analytical formulas have been previously proposed to calculate the losses in
tank regions of transformers assuming linear permeabilities in the analyzed boundary …

Purpose This paper aims to investigate an efficient approach to model the electromagnetic
behaviors and predict stray-field loss inside the magnetic steel plate under 3D harmonic …

A high-gradient magnetic separator that utilizes two kinds of plate including flat and lattice
plates to provide a high-gradient magnetic field and separate magnetic particles from …

The contributions of this article are the analysis and economic evaluation of the impact on
tank wall losses of a diameter reduction of low-voltage bushings of pole-mounted single …

At present it is claimed that all electrical energy systems operate with high values of
efficiency and reliability. In electric power systems (EPS), electrical power and distribution …

The insulation method of traditional electromagnetic current transformers (CTs) is single-
stage insulated, and the insulation materials include oil, SF6 gas, polytetrafluoroethylene …

Magnetic shielding is generally laid on the transformer tank and clamps to reduce the eddy
current loss in the tank, yet designers did not pay attention to the phenomenon of flux …

The addition of boron nitride (BN) nanoparticles to electrical materials has been proven to
be an effective way to enhancing the thermal dissipation performance. In addition to the …