The real-time identification of low-frequency electromechanical oscillations within interconn-
ected power systems is of significant interest due to its vital role in assessing the system's …

In this paper, a novel method for the identification of oscillatory modes based on subspace
identification is proposed for bulk electric grids integrated with renewable energy resources …

With the high penetration of volatile renewable energy generations (REGs), oscillations
have emerged frequently worldwide. Unlike the low-frequency oscillations in conventional …

Recently, subsynchronous oscillations (SSOs) have emerged frequently worldwide, with the
high penetration of renewable power generation in modern power systems. The SSO …

Increasing the penetration of inverter-based generation in a power system results in reduced
system inertia, which can lead to various stability issues. As a result, regulation of voltage …

This work presents a methodology for the identification of inter-area oscillations from real
data acquired by Phasor Measurement Units (PMUs). The novelties of this methodology are …

Increasing the penetration of renewable energy sources into an existing power system
reduces the system's inertia, which can result in stability issues. Consequently, monitoring …

This paper proposes a recursive delta‐operator‐based subspace identification method with
fixed data size. The majority of existing subspace identification methods are constrained to …

We derive the computational complexity of our singular value decomposition (SVD)-based
recursive PI-MOESP identification algorithm (PI-MOESP identification algorithm: the multiple …

The high penetration of renewable energy in power systems makes power systems
dynamically more complicated; hence, a power system faces frequent disturbances …