Virtual synchronous generators (VSGs) demonstrate similar damping and inertia
characteristics to traditional synchronous generators, thereby enhancing their ability to …

Virtual synchronous generators (VSGs) can provide voltage and frequency support to power
systems due to their inertial and damping features. Unfortunately, power angle stability and …

Virtual synchronous generators (VSGs) are susceptible to transient instability, especially
under large disturbances without equilibrium points (EPs). This article proposes an …

As a grid-forming control strategy, virtual synchronous generator (VSG) has been widely
applicated in distributed resources in recent years. Since VSG-based converters behave as …

The virtual synchronous generator (VSG) is emerging as an attractive solution for
interconnecting converter-based resources with the power grid. However, due to the …

Virtual Synchronous Generator (VSG) is one of the most effective strategies to address the
inertial lack of inverter-based generators (IBGs). However, the transient power angle stability …

Virtual synchronous generator (VSG) control allows renewable energy sources to behave
like traditional synchronous generators under grid disturbances. Under large disturbances …

This article investigates the impacts of different current limiting strategies on the transient
stability of the virtual synchronous generator (VSG). The power–angle curve of the VSG …

Virtual synchronous generators (VSGs) are widely introduced to the renewable power
generation, the variable-speed pumped storage units, and so on, as a promising grid …

Abstract Virtual Synchronous Generator (VSG)-based grid-forming converters (GFC)
increasingly serve as interfaces between renewable energy resources and the power grids …