Distributed generation has become a consolidated phenomenon in distribution grids in the
last few years. Even though the matter is very articulated and complex, islanding operation …

This paper investigates the analysis of transients in three-phase systems by means of the
Clarke transformation. Under the commonly accepted assumption of phase symmetry (ie …

This work deals with the analytical solution of transients in single-line-to-ground faults in
three-phase power systems through the Clarke transformation. The proposed approach is …

The growth of nonlinear load became a massive issue that might affect the system's stability.
This research study will focus on an enhanced current technique that employs a fuzzy …

The stability of the system may be impacted by the significant problem of the rise of
nonlinear load. Deep neuro Fuzzy logic control is used to solve the difficult problem of …

Pulse-width modulation is one of the most common modulation strategies. Nevertheless,
some issues about the harmonic content of the output voltage and current are still debated …

In this work a general methodology is introduced to obtain the analytical solution of
transients due to single-line and double-line faults in three-phase circuits. The proposed …

Modular converters are of particular interest for high-power applications where the usage of
a certain number of modules instead of a single converter allows to obtain better power …

This work deals with the use of the space vector concept to characterize the harmonic
content of a three-phase voltage/current. It is shown that the shape of the trajectory of the …

This paper deals with a methodological approach for the analytical solution of three-phase
transients. The proposed approach is based on the well-known Clarke transformation …