It is well known that dynamic studies of large power systems are essential, and they are
even more critical for interconnected systems that host high level of renewable energy …

Solid-state transfer switch (SSTS) becomes the most crucial technology for electric power
transmission, distribution and control system. SSTS is useful in supplying the power to …

This paper introduces a time–frequency analytic method for the exact identification of
wideband DQ impedance models oriented to harmonic stability of converter-driven systems …

Fast frequency response (FFR) is an option in maintaining system security under low inertia
conditions. Power electronics interfaced energy resources such as wind and photovoltaics …

This paper introduces a new method for optimally placing phasor measurement units
(PMUs) aimed at enhancing smart grid controllability under perturbed conditions while …

Weak grid is known to induce the low frequency range oscillation of grid tied voltage source
converter (VSC). Most previous studies have focused on the negative resistance effect of …

Existing impedance-based stability criterion (IBSC) for electromagnetic stability assessment
of multiple-grid-connected-inverter (GCI)-based power systems suffers from several …

It is becoming increasingly difficult to conduct standard stability studies on modern power
systems due to the growing use of power electronic devices. Power electronic converters …

With continuous increase of penetration of renewable energies and power electronic
equipment, power grid stability incidents are emerging frequently worldwide. In this article …

A computational efficient and precise approach for real-time power system transient stability
assessment (TSA), with post disturbance synchronized data is proposed in this paper. An …