Fast transient stability batch assessment using cascaded convolutional neural networks
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 …
computationally demanding using state-of-the-art approaches, such as time-domain …
Large-signal stability analysis of inverter-based AC microgrids: A critical and analytical review
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 …
resilience, large-signal stability analysis of microgrids is needed to provide accurate insights …
Sensitivity of transient stability critical clearing time
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 …
is desirable to quantify its dependence on system parameters. We derive, for a general …
Adaptive Lyapunov function method for power system transient stability analysis
Transient stability analysis is a crucial tool for evaluating stability and ensuring safe
operation of power systems. Among existing methodologies for transient stability analysis …
operation of power systems. Among existing methodologies for transient stability analysis …
Transient stability of power grids comprising wind turbines: New formulation, implementation, and application in real-time assessment
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 …
transient stability has changed to a more complicated issue. This paper proposes an …
Sensitivity‐based approach for real‐time evaluation of transient stability of wind turbines interconnected to power grids
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 …
stability (TS) evaluation has turned to a challenging issue in the modern power grids. An …
On extension of effective resistance with application to graph Laplacian definiteness and power network stability
This paper extends the definitions of effective resistance and effective conductance to
characterize the overall relation (positive coupling or antagonism) between any two disjoint …
characterize the overall relation (positive coupling or antagonism) between any two disjoint …
Transient stability margin assessment of AC/DC hybrid system with commutation failure involved
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 …
HVDC) caused by AC fault has an increasingly serious impact on the transient stability of …
Probabilistic framework for transient stability contingency ranking of power grids with active distribution networks: application in post disturbance security assessment
The conventional distribution network is becoming an active grid due to widespread
integration of distributed energy resources (DERs). This integration raises great concerns …
integration of distributed energy resources (DERs). This integration raises great concerns …
Two-Stage Expanding Boundary Algorithm to Estimate Domains of Attraction of Large-Scale Power Systems With Induction Motors
It is a computationally challenging task to analyze the transient stability of large-scale,
strongly nonlinear power systems containing induction motors (IMs). Among existing …
strongly nonlinear power systems containing induction motors (IMs). Among existing …