The increasing penetration of inverter-based resources is affecting the overall power system security, so that effective tools are needed to provide system awareness and identify the most suited countermeasures. To tackle this problem, real-Time monitoring and assessment of transmission grids based on synchrophasor measurements have drawn the attention of many researchers over the last decade, thanks to the high temporal resolution of data provided by phasor measurement units. In this study, a new version of the dynamic mode decomposition (DMD) is proposed as a tool for the real-Time identification of electromechanical oscillations. This approach is able to provide information on the dynamic characteristics (frequency and damping) and the s...
This paper describes development and testing of a method for estimation of electromechanic modes and...
The topic of this thesis is the electro-mechanical oscillations which to some extent always are pres...
There is a typical dynamical performance associated with every system. Oscillations are phenomena in...
The increasing penetration of inverter-based resources is affecting the overall power system securit...
This dissertation presents an Oscillation Monitoring System (OMS) based on real-time wide-area measu...
Accurate identification of electromechanical oscillations on power systems and determination of its ...
Real-time monitoring of key system parameters constitutes a critical step in the development of futu...
Due to the complexity of the power system model, model-free or data-driven methods are promising for...
The power system industry has been going through dynamic infrastructural and operational changes in ...
The growing complexity of power systems, driven by the increasing use of renewable energy sources, n...
A global multiscale method based on a dynamic mode decomposition (DMD) algorithm to characterize the...
approach for real-time estimation of electro-mechanical modal properties of slow-frequency oscillati...
Electromechanical modes are predominantly determined by the machine rotor angles and speeds, and as ...
For over more than two decades, the application of advanced signal processing techniques to power sy...
This paper is looking to show to use of system data collected from wide-area monitoring systems (WAM...
This paper describes development and testing of a method for estimation of electromechanic modes and...
The topic of this thesis is the electro-mechanical oscillations which to some extent always are pres...
There is a typical dynamical performance associated with every system. Oscillations are phenomena in...
The increasing penetration of inverter-based resources is affecting the overall power system securit...
This dissertation presents an Oscillation Monitoring System (OMS) based on real-time wide-area measu...
Accurate identification of electromechanical oscillations on power systems and determination of its ...
Real-time monitoring of key system parameters constitutes a critical step in the development of futu...
Due to the complexity of the power system model, model-free or data-driven methods are promising for...
The power system industry has been going through dynamic infrastructural and operational changes in ...
The growing complexity of power systems, driven by the increasing use of renewable energy sources, n...
A global multiscale method based on a dynamic mode decomposition (DMD) algorithm to characterize the...
approach for real-time estimation of electro-mechanical modal properties of slow-frequency oscillati...
Electromechanical modes are predominantly determined by the machine rotor angles and speeds, and as ...
For over more than two decades, the application of advanced signal processing techniques to power sy...
This paper is looking to show to use of system data collected from wide-area monitoring systems (WAM...
This paper describes development and testing of a method for estimation of electromechanic modes and...
The topic of this thesis is the electro-mechanical oscillations which to some extent always are pres...
There is a typical dynamical performance associated with every system. Oscillations are phenomena in...