Virtual synchronous generators (VSGs) are effective solutions for low-inertia issues caused
by the high penetration of inverter-based resources. However, low-frequency oscillation …

This paper presents an event-triggered neural adaptative backstepping control method for
the K chaotic permanent magnet synchronous generators (PMSGs) coupled system. The …

This paper presents a technique for the estimation of oscillation parameters via state-space
modeling of synchrophasor data. Due to the spectral leakage of synchrophasors estimated …

With the increasing adoption of inverter-based resources (IBRs) in power systems,
oscillations have become a significant challenge for system operators worldwide. This paper …

Synchrophasor data have a range of applications, from planning, market operation to
reliability operation. Oscillation source location (OSL) is among the most successful …

A new transformation of parameters for generic discrete-time dynamical systems with two
independent parameters is defined, for when the degeneracy occurs. Here the classical …

The non-degenerate Chenciner bifurcation of a discrete dynamical system is studied using a
transformation of parameters which must be regular at the origin of the parameters (the …

In this paper, an authentic near-real-time methodology is proposed for locating the sources
of FOs using the fundamental frequency of the periodic external driving force based on the …

This paper proposes a novel three-stage near real-time phase-driven procedure to locate
the generator-type source of forced oscillations, inspired by the concept of Transient Energy …

In this paper, the stability problem of sliding mode (SM) controlled buck converters affected
by the switching nonlinearity is investigated. In order to deduce the transfer function, the …