Grid-forming (GFM) converters can provide inertia support for power grids through control
technology, stabilize voltage and frequency, and improve system stability, unlike traditional …

Present-day inverter control mainly employs phase locked loop (PLL) based current-
controlled strategies. With growing penetration of inverter-based resources in power …

In order to ensure reliable power supply and stable grid operation in future, predominantly
distributed power grids, a trend to increase the grid-forming capability of distributed …

Rapid renewable energy sources (RESs) deployments in transmission and distribution
networks have changed power systems' operation and control mechanisms. This …

The significant growth of the share of inverterbased resources in transmission power grids
has led to changes in the dynamic nature of the power network. One of these changes is the …

Grid following inverter-based renewable generation has replaced conventional generation
in recent years, resulting in lower system inertia. The frequency resilience in such a lower …

In recent years, there has been a significant uptick in the integration of Inverter-Based
Resources (IBRs) into the power grid, driven by the global shift toward renewable energy …

Distributed Energy Resources (DERs) are gradually becoming dominant sources of
generation in modern power systems. From a system resilience perspective, the distributed …

There is an increasing trend worldwide to extend the renewable energy sources (RES)
penetration in island power systems. The replacement of synchronous generators with …

As the share of converter-interfaced generation (CIG) in power systems is progressively
increasing and the number of spinning synchronous machines is reduced, the rotational …