Ferroresonance, as a sustained transient phenomenon associated with excessive voltages
and currents, can cause severe consequences if not mitigated properly. In that regard …

While much attention was given in the literature to improve the fault ride through (FRT)
capability of a doubly-fed induction generator (DFIG)-based wind energy conversion system …

This paper presents various solutions to reduce or prevent short circuit damages in
distribution system connected Electric Vehicle Charging Stations (EVCS). In EVCSs …

Ferroresonance can be induced by Circuit Breaker (CB) switching operations in neutral
point solidly grounded power grids with matching parameters. No complete time domain …

In order to monitor the three-phase voltage of the busbar to ground, the substation bus is
usually connected to the electromagnetic voltage transformer by YN connection in the …

High local electric field intensity in transformer windings originating from transient signals is
one of the reasons for transformer failures. Due to the integration of renewable energy …

Although integrating a distributed generation (DG) into a distribution system (DS) has
several benefits, it may be accompanied by some issues, such as ferroresonance …

Ferroresonance is characterized by overvoltage and irregular operation in power systems,
which can greatly endanger system equipment. Mechanism analysis of the ferroresonance …

Power systems are subjected to various types of faults as well as ferroresonance
overvoltages. These results in the interruption of the normal operation of the power grid …

Ferroresonance, as an undesirable disturbance, leads to significant overvoltage and
distorted waveforms. This phenomenon can be highly damaging to voltage transformers and …