False data injection attacks can compromise power system operational security by causing
severe branch overloads. A set of transmission lines can be more vulnerable to the attack …

This paper presents a new method for detecting the early stages of unstable conditions in
large-scale power systems. A reduced order dynamic model is introduced for each control …

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

Recent studies show that support vector machine is a promising approach for predicting the
transient stability of power systems. However, most of the existing support vector machine …

The increased complexity of the transmission grid can endanger the operational security of
the grid. Operational risk assessment, a stochastic tool, helps to enhance security …

This paper proposes a novel method for power system dynamic simulation that solves power
system differential algebraic equations by a semi-analytical and semi-numerical approach …

Due to the high penetration of renewable energy resources leading to the enhancement of
uncertainty, the probabilistic assessment of the transient stability has become more …

While renewable energy resources have provided more flexibility in operation of power
system, it may threaten the security of the power system during transient phenomena …

Cascading overload failures of transmission lines are one of the dominant factors that
induce catastrophic blackouts. The reliability risk of cascading overload failures is …

This paper proposes a homotopy-based method for efficiently computing and precisely
determining controlling unstable equilibrium points (CUEPs) in transient stability analysis …