In this paper, a new approach for real-time transient instability detection (TID) is presented.
The purpose of presenting this approach is to have the lowest computational load and the …

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 introduces a novel real-time ANFIS controller, specifically designed for thermal
synchronous generators, to mitigate the risks associated with cyber-physical attacks on …

In this study, by using generator electrical output power and rotor speed, a new algorithm for
out‐of‐step prediction is proposed. In this online method, after fault clearance, the trend of …

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

With the increasing trend in the integration and deployment of distributed energy resources,
the real‐time assessment of power system transient stability is becoming more and more …

Ensuring the safe and cost-effective electricity transmission to consumers, along with the
efficient and sustainable operation of power systems, has long been a primary objective for …

In this paper, by using generator acceleration power and rotor speed deviation, a new
algorithm for out-of-step prediction is proposed. In this online method, the trajectory of …

Due to increasing of uncertainty in nowaday power systems, probabilistic security
assessment has become one of the challenging issues in power systems. This paper …