Sub-synchronous oscillations are becoming commonplace in weak areas of power systems
with high levels of renewable generation, affecting their operation. Moreover, there is a lack …

Existing sub-/super-synchronous (SSO) suppression methods for the direct-drive permanent
magnet synchronous generators (D-PMSG) integrated power systems are mainly achieved …

With the ever-increasing development of microgrids to improve power supply reliability and
resilience, large-signal stability analysis of microgrids is needed to provide accurate insights …

Using impedance-based stability analysis for ac grids has become an extensively accepted
method. Online impedance-based stability monitoring, which requires assessing system …

Inverter-interfaced distributed generators (IIDGs) have fault current signatures that could
jeopardize protective relaying. This paper unveils the failure of phase selection methods …

Two-stage high frequency isolated power conversion system integrated with dual active
bridges is a preferable choice to serve as a bidirectional interface between the battery packs …

The stability issues assessment by the impedance-based method demands the computation
of accurate small-signal models. However, obtaining impedance models can be a time …

Considerable efforts have been made to address the resonance issue of the Direct-drive
Permanent Magnet Synchronous Generator (D-PMSG) wind farm integrated power systems …

Distributed control of (BESSs) battery energy storage systems plays an significant role in the
practical operation of microgrid. This paper studies the power tracking and (SoC) state-of …

Obtaining inverter controller information may be a premise for seeking its dynamic
behaviour. But accurate knowledge of such information would be unrealistic for real …