In microgrids, stability is ensured by maintaining a power ratio that balances total energy
production and demand via coordinated management of various distributed generation (DG) …

In this study, an improved model of optimal power sharing and energy management as well
as total harmonic distortion (THD) control in AC microgrids in order to control the voltage and …

Online prediction of the dominant modes is very important for microgrid operation. The
dominant modes determine microgrid stability and the active and reactive power oscillations …

To address the frequency and power stability issues in the PV-ESS-VSG system after a grid
fault, this paper proposes an enhanced power recovery control strategy that integrates …

This paper presents a minimal-communication control scheme for series-parallel microgrids
to achieve power-sharing and frequency synchronization. The proposed method involves …

System-critical applications in microgrids call for the continuation of power supply, even
under failure, in order to provide high levels of power quality and security. This is supported …

Virtual synchronous generator (VSG) control has positive effects on the stability of
microgrids. In practical power systems, both single-phase loads and three-phase …

In high-penetration renewable-energy grid systems, conventional virtual synchronous
generator (VSG) control faces a number of challenges, especially the difficulty of maintaining …

In order to maintain grid-forming converter (GFM) voltage source behaviour under current
limiting mode, a threshold virtual impedance (TVI) current limiting control is proposed, which …

Aiming at the frequency fluctuation problem caused by load casting and switching in AC
microgrids, which in turn leads to system stability problems, this paper carries out an …