This paper presents the practical application of frequency domain methods to perform
detailed electromagnetic transient analysis on very large multi-phase power distribution …

This paper presents frequency domain (FD) Norton-type equivalents of single-and three-
phase photovoltaic (PV) generators, aimed at transient calculations. The proposed …

In this paper, a combination of a transmission line model defined in the qs domain (spatial
frequency-temporal frequency), the two-dimensional Laplace transform and the principle of …

Electromagnetic transients are responsible for overvoltages and overcurrents that can have
a negative impact on the insulating elements of the electrical transmission system. In order …

This paper approaches the solution of electromagnetic transients in the frequency domain
from the point of view of choosing a time window with sufficient width to allow the time …

In this study, a model of one‐phase transformers with saturation effects, suitable for low‐and
mid‐frequency electromagnetic transient simulations using the numerical Laplace transform …

Power transformers are essential electrical power system devices. Using the principle of
electromagnetic induction, they can transfer electric energy between two otherwise isolated …

This paper describes a method in the frequency domain to compute voltage and currents at
interior points of a non-uniform multiconductor transmission line during electromagnetic …

This paper presents a methodology based on the Discrete-Time Fourier Series (DTFS) to
calculate transient over-voltages in power systems. The proposed algorithm determines the …

This paper describes a Laplace-based approach for the generation of transient profile
contour maps (TPCMs) of faulted transmission lines, as well as its potential application in …