The advancement accomplished in power systems over the last decade has enabled the
extensive integration of renewable energy sources. It has resulted in enhanced efficiency …

Data driven methods are playing an increasingly important role in transient stability
assessment, primarily because of the availability of large annotated datasets. Nevertheless …

Intelligent system (IS) using synchronous phasor measurements for transient stability
assessment (TSA) has received continuous interests recently. For post‐disturbance TSA …

Composite load model comprising an impedance-current-power (ZIP) load and an induction
motor (IM) is widely used for dynamic voltage stability analysis. With the load model, this …

The real‐time transient stability assessment (TSA) is critical for emergency control of power
systems. Accurate and fast TSA can provide an important basis for post‐fault control of …

Cascading outage is one of the main mechanisms for propelling power system toward
blackout. Predicting the potential and trend of power system toward blackout helps operator …

The recent development of phasor measurement technique opens the way for real-time post-
disturbance transient stability assessment (TSA). Following a disturbance, since the …

Using PMU measurements, this paper proposes a model-free method to predict post-fault
transient instability and develop emergency generator-shedding control. First, the multi …

Power systems are evolving towards the Smart Grid paradigm, featured by large-scale
integration of renewable energy resources, eg wind and solar power, deeper participation of …

The process of cascading failures is one of the most important threats to the security of the
power system, which can lead to a number of blackouts. Therefore, predicting the potential …