A virtual synchronous machine (VSM) approach is proposed to integrate inverter-based
distributed energy resource units into the power and energy system. VSMs emulate the …

Grid-forming converters, taking droop-controlled converters and virtual synchronous
generators (VSGs) as typical examples, have shown great promise as the interfaces …

Grid-forming inverters (GFMIs) are recognized as a prominent driver toward achieving
renewable energy-rich power grids. Unlike grid-following inverters (GFLIs), which are …

A virtual synchronous generator (VSG) control-based grid-connected converter (GCC) is an
attractive solution to improve the stability of a more renewable-energy-integrated power …

Currently, the academic and industrial community have considerable expectations for the
modern power converter control strategy–a grid-forming control. Within this strategy, the …

Damping control plays an important role in suppressing the oscillation modes of virtual
synchronous generators (VSGs). The most widely used damping control method through a …

This article proposes an online-trained adaptive fuzzy-neural-network power decoupling
(AFNNPD) strategy for a virtual synchronous generator (VSG) control in a micro-grid (MG) …

Virtual synchronous generator (VSG) can provide inertia support for a more renewable-
energy-integrated power system. However, there are power couplings between active power …

This paper presents a synchronous resonant control strategy based on the inherent
characteristics of permanent magnet synchronous generators (PMSG) for the control of …

Traditional power systems based on synchronous generators often feature low frequency
electromechanical oscillations. However, the integration of renewable energy sources …