Transient stability is a prominent aspect of power system stability and therefore instability
prediction has been the subject of a vast amount of research and many publications. In the …

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

In the modern era, managing optimal real-time control of microgrids during the operation
phase has been a significant challenge, requiring careful consideration of both technical …

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 …

Accurate and prompt transient stability prediction is one of the effective ways to reduce the
risk of blackout or cascading failures. In an effort to achieve improvements in time efficiency …

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 …

The increase of wind power permeability in modern power grid has turned rapid and
accurate transient stability (TS) prediction into a more challenging issue. To accurately and …

By increasing the penetration of wind power in the modern power systems, to investigate
transient stability is of special importance. This article presents an innovative index based on …

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 …