Grid-forming (GFM) inverters are increasingly recognized as a solution to facilitate massive
grid integration of inverter-based resources and enable 100% power-electronics-based …

With the increasing penetration of power electronic converters in the power system induced
by the energy transition, Grid Forming (GFM) technology emerges as crucial for …

Grid-forming (GFM) capability requirements are increasingly imposed on grid-connected
voltage-source converters (VSCs). Under large grid disturbances, GFM-VSCs need to …

The large integration of inverter-based resources will significantly alter grid dynamics,
leading to pronounced stability challenges due to fundamental disparities between inverter …

This letter addresses the parameters design problem for converter-based virtual
synchronous generators (VSGs), which is crucial for stable operation. Existing methods only …

In this paper, we analytically study the transient stability of grid-connected converters with
grid-forming complex droop control, also known as dispatchable virtual oscillator control. We …

This paper introduces a DC-link fault detection and synchronization control strategy for grid-
forming inverters in hybrid DC/AC microgrids, aiming to bolster system stability and …

Grid forming inverters are expected to play a key role in future power grids, replacing
synchronous generator-based plants. However, the limited current capability of power …

Recently, many high voltage direct current (HVdc) transmission lines are being constructed
with the intention of becoming “backbones” of future power grids. Grid-forming (GFM) …

Grid-forming (GFM) converters are a promising solution to enable large scale integration of
renewable energy sources into the power system. However, due to the intrinsic voltage …