The distributed generation capabilities of microgrids (MGs) arise as essential assets in enhancing grid resilience. integration energy sources, controllable loads, and prosumers necessitates the deployment potent control communication synergies. While those synergies transform MGs into cyber-physical systems through information technologies able to sense, control, actuate local resources they i...

The electric grid modernization effort relies on the extensive deployment of microgrid (MG) systems. MGs integrate renewable resources and energy storage systems, allowing to generate economic zero-carbon footprint electricity, deliver sustainable communities using local resources, enhance resilience. as cyberphysical systems include interconnected devices that measure, control, actuate loads. ...

Multi-inverter microgrid systems, particularly those with loop topology, offer higher power supply reliability and robustness compared to conventional radial distribution systems. In meshed communication-less protection schemes have proved be ineffective for multi-inverter microgrids due bidirectional flow, limited controlled fault currents generated by the voltage source converters interfacing...

with increasing the presence of microgrids (mgs) in the power systems, investigating the mg stability during transient faults is necessary. this study investigates the transient stability analysis of a mg supplied by multiple inverter interfaced distributed generations (iidgs) during fault. the transient stability of a mg is highly depends on the iidgs control strategy. a mg, simulated on matla...