This work investigates the linear and nonlinear participation factors in power system oscillations, introducing novel model-based and measurement-based approaches for stability analysis. From the measurement perspective, this research proposes a method for estimating participation factors from generator response measurements under diverse disturbances. The devised technique computes extended participation factors that align precisely with model-based factors, given that the measured responses satisfy an ideally symmetric condition. The symmetric condition is further relaxed by identifying a coordinate transformation from the original measurement space to an optimally symmetric space, thereby achieving the ideal estimation of participation f...
The use of real-time continuous dynamics monitoring often indicates dynamic behaviour that was not ...
Abstract: In this contribution, a systematic approach to analyze and characterize the temporal evolu...
The dominance of power electronics in modern power systems makes it difficult to study stability wit...
This work investigates the nonlinear oscillatory behaviors of multi-machine power systems. New model...
Today\u27s power systems have become more and more stressed due to the high utilization of available...
In this dissertation, normal form (NF) theory is used to characterize and quantify nonlinear modal i...
In this dissertation, we develop monitoring and control systems for improving the performance of sys...
Steadily increasing demand for electricity has led to today's electric power networks often being s...
In this dissertation, we develop monitoring and control systems for improv-ing the performance of sy...
Increasing nonlinearity in today’s grid challenges the conventional small-signal (modal) analysis (S...
The inclusion of higher-order terms in small-signal (modal) analysis has been an intensive research ...
In this paper a novel technique for the detection and estimation of nonlinear mode coupling in power...
Approximations to nonlinear system performance are useful in analysis of power-system dynamic respon...
Abstract –A novel analysis framework based on nonlinear statistics, for detection and quantification...
Power system dynamic stability can be evaluated through the analysis of transient oscillations that ...
The use of real-time continuous dynamics monitoring often indicates dynamic behaviour that was not ...
Abstract: In this contribution, a systematic approach to analyze and characterize the temporal evolu...
The dominance of power electronics in modern power systems makes it difficult to study stability wit...
This work investigates the nonlinear oscillatory behaviors of multi-machine power systems. New model...
Today\u27s power systems have become more and more stressed due to the high utilization of available...
In this dissertation, normal form (NF) theory is used to characterize and quantify nonlinear modal i...
In this dissertation, we develop monitoring and control systems for improving the performance of sys...
Steadily increasing demand for electricity has led to today's electric power networks often being s...
In this dissertation, we develop monitoring and control systems for improv-ing the performance of sy...
Increasing nonlinearity in today’s grid challenges the conventional small-signal (modal) analysis (S...
The inclusion of higher-order terms in small-signal (modal) analysis has been an intensive research ...
In this paper a novel technique for the detection and estimation of nonlinear mode coupling in power...
Approximations to nonlinear system performance are useful in analysis of power-system dynamic respon...
Abstract –A novel analysis framework based on nonlinear statistics, for detection and quantification...
Power system dynamic stability can be evaluated through the analysis of transient oscillations that ...
The use of real-time continuous dynamics monitoring often indicates dynamic behaviour that was not ...
Abstract: In this contribution, a systematic approach to analyze and characterize the temporal evolu...
The dominance of power electronics in modern power systems makes it difficult to study stability wit...