Stability assessment is a regular routine in both power system planning and operation. It is
computationally demanding using state-of-the-art approaches, such as time-domain …

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 …

Once the critical clearing time of a fault leading to transient instability has been computed, it
is desirable to quantify its dependence on system parameters. We derive, for a general …

Transient stability analysis is a crucial tool for evaluating stability and ensuring safe
operation of power systems. Among existing methodologies for transient stability analysis …

Enhancing penetration of wind turbines in the modern power grids, the assessment of the
transient stability has changed to a more complicated issue. This paper proposes an …

The growth of utilisation of wind turbines in the contemporary power systems, the transient
stability (TS) evaluation has turned to a challenging issue in the modern power grids. An …

This paper extends the definitions of effective resistance and effective conductance to
characterize the overall relation (positive coupling or antagonism) between any two disjoint …

The commutation failure of Line Commutated Converter-High Voltage Direct Current (LCC-
HVDC) caused by AC fault has an increasingly serious impact on the transient stability of …

The conventional distribution network is becoming an active grid due to widespread
integration of distributed energy resources (DERs). This integration raises great concerns …

It is a computationally challenging task to analyze the transient stability of large-scale,
strongly nonlinear power systems containing induction motors (IMs). Among existing …