International audienceThis paper investigates the use of an identified model between electrical power and rotor speed for detecting the source of forced oscillations in power systems due to power plant governing systems
Recent advances in synchrophasor based oscillation monitoring algorithms have allowed engineers to d...
In this research, a focus is on the development of simplified models to represent the behavior of el...
The use of real-time continuous dynamics monitoring often indicates dynamic behaviour that was not ...
The electricity grid is one of the most impressive engineering feats of the modern era. It enables p...
Abstract The oscillations in a power system can be categorized into free oscillations and forced osc...
This paper presents a method to locate the source of forced oscillations in power grids caused by ma...
Forced oscillations occur in power systems when a piece of equipment injects a periodic disturbance ...
Forced oscillations occur in power systems when a piece of equipment injects a periodic disturbance ...
Oscillations in power systems are a common problem that cause wear and decreased electric power qual...
This project was carried out for an internship as part of the Master Mechanical Engineering. The pro...
Power plant emissions constitute a major source of environmental pollution. This renders the gradual...
Excessive rotor oscillations, stemming from disturbances to synchronous generators, give rise to adv...
One of the most important things when operating a power grid today is the effort to maintain reliabi...
With a growing share of inverter-interfaced generation in modern power systems, synchronous inertia ...
This study aims to develop and test a new accelerated method for analyzing low-frequency oscillation...
Recent advances in synchrophasor based oscillation monitoring algorithms have allowed engineers to d...
In this research, a focus is on the development of simplified models to represent the behavior of el...
The use of real-time continuous dynamics monitoring often indicates dynamic behaviour that was not ...
The electricity grid is one of the most impressive engineering feats of the modern era. It enables p...
Abstract The oscillations in a power system can be categorized into free oscillations and forced osc...
This paper presents a method to locate the source of forced oscillations in power grids caused by ma...
Forced oscillations occur in power systems when a piece of equipment injects a periodic disturbance ...
Forced oscillations occur in power systems when a piece of equipment injects a periodic disturbance ...
Oscillations in power systems are a common problem that cause wear and decreased electric power qual...
This project was carried out for an internship as part of the Master Mechanical Engineering. The pro...
Power plant emissions constitute a major source of environmental pollution. This renders the gradual...
Excessive rotor oscillations, stemming from disturbances to synchronous generators, give rise to adv...
One of the most important things when operating a power grid today is the effort to maintain reliabi...
With a growing share of inverter-interfaced generation in modern power systems, synchronous inertia ...
This study aims to develop and test a new accelerated method for analyzing low-frequency oscillation...
Recent advances in synchrophasor based oscillation monitoring algorithms have allowed engineers to d...
In this research, a focus is on the development of simplified models to represent the behavior of el...
The use of real-time continuous dynamics monitoring often indicates dynamic behaviour that was not ...
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