Grid faults are one of the most severe problems for network operation. Distributed
generation power plants can help to mitigate the adverse effects of these perturbations by …

Grid faults are one of the most severe perturbations in power systems. During these extreme
disturbances, the reliability of the grid is compromised and the risk of a power outage is …

The estimation of the line impedance can be used by the control of numerous grid-
connected systems, such as active filters, islanding detection techniques, non-linear current …

The impedance element in distance protection equipment in the outgoing line of a wind park
(WP) may be heavily affected by the fault response of the WP. During resistive grid faults …

This paper presents an active islanding detection method which has zero non-detection
zone. This method is the advanced version of the conventional slip mode frequency shift …

A better knowledge of the grid impedance is essential in order to improve power quality and
control of the Distributed Power Generation Systems (DPGS) and also for a safe connection …

Grid codes are continuously evolving to improve the ride-through services during voltage
sags. The main reason for this evolution is the increasing flexible capabilities of distribution …

An increasing number of inverter‐based power generators have been connected to the
distribution network in recent years. This phenomenon coupled with the adoption of open …

Distributed parameter system (DPS) presents one of the most complex systems in the control
theory. The transfer function of a DPS possibly contents: rational, nonlinear and irrational …

Islanding detection plays a crucial role in grid connected distributed generation systems. In
literature different types of Islanding detection techniques, categorized as active, passive …