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 …

Power system protection and asset management have drawn the attention of researchers for
several decades; but they still suffer from unresolved and challenging technical issues. The …

In this paper, a new real-time model order reduction technique for stability prediction in the
smart grid is proposed. The proposed method uses an online proper orthogonal …

Out-of-Step (OOS) protection against severe grid disturbances is one of the most serious
concerns of the power industry. Many methods have been proposed to identify the OOS …

Induction motors play a vital role in the voltage stability of power systems. This role would
become more significant after clearing short-circuit faults in which the system voltage slowly …

Generator rotor angle oscillations can be caused by sudden changes in its mechanical
power input or its electrical power output. When dampening or synchronizing torque is …

Power systems interconnected by weak tie lines can be subject to low‐frequency oscillations
because of disturbances which excites the low‐frequency modes of the system; furthermore …

A transmission line emulator has been developed to flexibly represent interconnected ac
lines under normal operating conditions in a voltage-source-converter-based power system …

Mal-operation of distance protection relays during power swing (PS) condition can endanger
the power system stability. Therefore, it is crucial to distinguish between short-circuit faults …

This paper presents an adaptive scheme for predicting out‐of‐step (OOS) condition of
synchronous generator based on the Bayesian technique. The proposed scheme performs …