Real power modulation strategies for transient stability control
Transient stability control of power systems is based on actions that are taken automatically
following a disturbance to ensure that the system remains in synchronism. Examples of such …
following a disturbance to ensure that the system remains in synchronism. Examples of such …
Disturbance propagation in power grids with high converter penetration
High penetration of converter-interfaced renewable energy resources will significantly
change the swing dynamics between synchronous generators (SGs) in future power …
change the swing dynamics between synchronous generators (SGs) in future power …
An analytical method for disturbance propagation investigation based on the electromechanical wave approach
Accurate estimates of the electromechanical disturbance propagation in a power system
play an important role in taking preventive, corrective, and in-extremis control actions. This …
play an important role in taking preventive, corrective, and in-extremis control actions. This …
Extended SVC modeling for frequency regulation
Y Wan - IEEE Transactions on Power Delivery, 2020 - ieeexplore.ieee.org
This letter proposes an extended SVC model with thyristor firing angle law to improve
transient performances of frequency and voltage of multi-machine power systems. A firing …
transient performances of frequency and voltage of multi-machine power systems. A firing …
Methodology for optimal deployment of corrective control measures to ensure transient stability of uncertain power systems
This paper proposes a method for the optimal deployment of Corrective Control Measures
(CCMs) for the improvement of transient stability in uncertain power systems. First, the …
(CCMs) for the improvement of transient stability in uncertain power systems. First, the …
Frequency divider as a continuum
The letter describes a novel, continuum-based approach, to capture the evolution of
electromechanical dynamics in a power network following a disturbance. Such approach is …
electromechanical dynamics in a power network following a disturbance. Such approach is …
Current-based Dynamic Power Network: Modeling, Control, and Applications
Y Wan - IEEE Transactions on Power Systems, 2024 - ieeexplore.ieee.org
This paper proposes a novel unified nonlinear dynamic power network model in an arbitrary
dimensional real vector space to study the quantitative interactions among the generalized …
dimensional real vector space to study the quantitative interactions among the generalized …
[HTML][HTML] Novel approach for modeling and attenuation of power waves in large–scale power systems
AA Markovic, S Vukosavic - International Journal of Electrical Power & …, 2024 - Elsevier
In this paper modeling and attenuation of electromechanical power waves in large–scale
power systems are discussed. Mathematical model of power wave is derived using Euler …
power systems are discussed. Mathematical model of power wave is derived using Euler …
Electromechanical wave propagation analysis in power systems
Power system disturbances induce ElectroMechanical Waves (EMWs) that propagate
through the transmission network with a velocity much smaller than the speed of the light …
through the transmission network with a velocity much smaller than the speed of the light …