Many nonlinear physical phenomena, including various power systems, can be modeled,
analyzed, and controlled using the framework of port-Hamiltonian systems. Moreover, this …

Abstract Information and communication infrastructures (ICIs) in modern wide-area systems
handle the transmitting, receiving, and storing of high-speed, large-volume synchrophasor …

Abstract Effects of forced oscillations (FOs) in well-damped power systems are relatively
smaller than those of microgrids (MGs) in which the severity of the FOs may be intensified by …

Multiple severe forced oscillation events have recently been observed across the North
American interconnections and around the world. These forced oscillations have caused …

With the development of the energy structure of the power system, the characterization of the
observed oscillation in the power system has steadily evolved. With the increasingly high …

Large interconnected power systems are usually subjected to natural oscillation (NO) and
forced oscillation (FO). NO occurs due to system transient response and is characterized by …

Forced oscillation source location (FOSL) plays a significant role in mitigating forced
oscillations (FOs), which threaten the power system stability. This paper proposes a data …

In future power systems, conventional synchronous generators will be replaced by converter
controlled-based generations (CCGs), ie, wind and solar generations, and battery energy …

Concerning the difficulty in locating the oscillating source of DFIG-integrated system with
virtual inertia control, a method to track the low frequency oscillating source based on …

The large-scale integration of new energy generators into the power grid poses a potential
threat to its stable operation due to broadband oscillations. The rapid and accurate …