The rapid growth in renewable energy-based distributed generation has raised serious
concerns about the grid's stability. Due to the intrinsic rotor inertia and dam** feature and …

Grid-forming (GFM) control offers promising performance features for inverter-based
resources (IBRs) across scales. However, design, analysis, and benchmarking of GFM IBRs …

This paper presents a model-order reduction and dynamic aggregation strategy for grid-
forming inverter-based power networks. The reduced-order models preserve the network …

Synchronous generators and inverter-based resources are complex systems with dynamics
that cut across multiple intertwined physical domains and control loops. Modeling individual …

The primary controller of a grid-forming (GFM) inverter governs the internal reference
voltage and angle, which enables the inverter to naturally synchronize and share power with …

Standards and specifications for inverter-based resources (IBRs) focus primarily on grid-
following (GFL) technologies at present. Therefore, these may generally not be appropriate …

Grid-forming (GFM) inverter architectures have many promising features and offer several
advantages over their grid-following (GFL) counterparts in the operation and control of …

This article explores the setup where large numbers of single-phase grid-forming inverters
with droop control across distribution networks self-organize into a stable and balanced …

This paper deals with the control and performance improvement of parallel‐operated
voltage‐source inverters (VSIs) controlled as virtual synchronous generators (VSGs). In …

Power grids are evolving toward a highly distributed architecture with power-electronics
circuits interfacing a majority of generation, storage, and loads. To ensure stability as …