The future of power systems is moving towards a greater use of renewable energy sources
and a higher proportion of power electronic devices. However, this has led to an increase in …

In a power system with highly proportional renewable energy integration, the power
generated by photovoltaic (PV) of high permeability and high proportion needs to be …

This paper is devoted to electric arc furnace (EAF) modeling using a random differential
equation based on the power balance equation. The proposed approach broadens and …

A new analysis into the steady-state operation and derating of three-phase transformers
under nonsinusoidal and asymmetric operating conditions is proposed. The combined …

Electric arc furnaces (EAFs) are nonlinear and time-variant loads that cause severe
fluctuations of current, voltage, and current harmonics, voltage flicker, frequency changes …

Modern distribution networks prove to be easily prone to power quality issues, and in
particular to the presence of harmonic components in the voltage and current signals, due to …

Electric arc furnaces (EAFs) are widely used in the steel production and recycling process.
However, their application is associated with various power quality problems whose …

A new dynamic model of a three-phase three-leg transformer for steady-state and transient
operating conditions is proposed in this paper. With very few exceptions, the existing models …

Abstract Electric Arc Furnaces (EAFs) account for almost half of the North American steel
production. Arc furnaces draw high and dynamic electrical power to melt scrap metal loads …

The article introduces a fractional-order electric arc furnace (EAF) model. It is based on a
power balance equation which, as has been shown, can be represented by a Hammerstein …