The significance of battery energy storage systems (BESSs) technology has been growing
rapidly, mostly due to the need for microgrid applications and the integration of renewables …

Utilizing superconducting technology in fault current limiters for power grid applications is a
practical solution to achieve a more modern and efficient power system. This is due to their …

With the ongoing expansion and interconnection of electrical power systems, alongside the
rapid proliferation of renewable distributed generations (DGs), the short-circuit extent in the …

Single-stage grid-interfaced PV topologies have challenges with high grid fault currents,
despite being more efficient, simpler to implement, and less expensive than two-stage ones …

The increase in distribution power demand and distributed generation may lead to a rise in
power substation fault current levels. One possible solution to this problem is the use of a …

This study presents a comprehensive multi-physics modelling of an air-core reactor
operating within a solid-state fault current limiter. By utilizing an air-core reactor in the solid …

Dealing with the fast-rising current of high voltage direct current (HVdc) systems during fault
conditions, is one of the most challenging aspects of HVdc system protection. Fast dc circuit …

The occurrence of short-circuit faults in AC/DC microgrids gives rise to exceptionally high
currents with rapid escalation, particularly in DC feeders where current zero-crossing is …

The high rate of increase of the fault current in the DC network and the absence of zero
current are two important reasons for using the fault current limiter (FCL) in this network. In …

As DC renewable energy generators extensive development in the recent years, the need
for applicable protection methods has vitally increased. Solar panels, wind turbines …