In recent years, the increasing penetration of distributed generation in microgrids challenges
the control and coordination of energy resources. Especially in microgrids with virtual …

The distributed generation (DG) integration into the power system is growing rapidly.
Therefore, the power system experiencing low inertia and damping because DG possesses …

To analyze the grid integration effect of a virtual synchronous generator (VSG), this paper
proposes a simple power system modeling method. It is shown that for a specific …

This article presents a design-oriented modeling approach to analyze the-control loop of
grid-forming distributed generators (DGs). Unlike previous modeling methods, the proposed …

Power electronics converters can be applied as emulators to mimic different grid
components used for system behavior analyses and control validation. Synchronous …

The problems associated with the greenhouse effect have increased the desire to limit
carbon dioxide (CO2) emissions into the atmosphere, including emissions produced by …

For the power supply of low-frequency pulsed load, the approximate capacity diesel-storage
supply system is difficult to dynamically synchronize the output powers of the diesel …

With the increasing penetration of inverter-based resources (IBRs) and the standing down of
synchronous generator-based resources (SGBRs), some IBRs, at least, need to provide grid …

The large-scale deployment of sustainable energy sources has become a mandatory goal to
reduce pollution from electricity production. As photovoltaic (PV) plants replace conventional …

Due to inertia-less feature of inverters, microgrids with high penetration rate of inverter-
interfaced distributed generators (DGs) usually suffer from power quality issues such as poor …