System inertia plays a vital role in controlling the angular stability of the system during a
disturbance. Due to increased penetration of power electronic interfaced sources, such as …

The virtual synchronous generator (VSG) is a promising way to deal with the lack of physical
inertia and damping introduced by the power-electronic-based power supply system …

The process of synchronization of synchronous generators and power electronic converters
with the power grid may take on quite different forms. This is due to their specific principles of …

As more and more energy sources are connected to the power system by power electronics,
the total inertia and damping decrease largely, which may be harmful in order to ensure a …

System inertia plays a crucial role in maintaining transient stability in a Power System (PS)
network during a disturbance. Increased penetration of Renewable Energy Sources (RESs) …

DC microgrid protection is a challenging task owing to its need for ultra-high-speed fault
detection and isolation, which further makes fault location and system restoration even more …

A conventional Synchronous Generator (SG) has the ability to compensate for grid
frequency fluctuations along with voltage regulations due to its large inertia and damping …

The increasing penetration of the Inverter-based Distributed Generators (IDGs) in the power
network can significantly affect the performance and reliability of the conventional network …

A rapid and accurate fault location is necessary to minimize system downtime and aid in
system restoration. Locating a fault in DC microgrid is a challenging and difficult task owing …