This paper discusses the relationships between types of bifurcations in power systems and their expected occurrence for voltage regulated and unregulated synchronous machines. A time-scale decomposition is performed to identify critical dynamics in the slow and fast subsystems. For single machine systems, the existence of an unstable limit cycle prior to Hopf bifurcation is analysed in the context of the region of attraction
Abstract-We consider stochastic electro-mechanical dynamics of an overdamped power system in the vic...
Abstract—This paper focus on the bifurcation behaviors of voltage regulated forward converter. Meanw...
This research involves the study of the voltage dynamics of power systems subject to large disturban...
This paper discusses modelling and theoretical issues associated with voltage and angle stability of...
A model of a power system with load dynamics is studied by investigating qualitative changes in its ...
University of Technology, Sydney. Faculty of Engineering and Information Technology.NO FULL TEXT AVA...
Dynamic bifurcations, including Hopf and period-doubling bifurcations, are found to occur in a power...
Several voltage collapses have had a period of slowly decreasing voltage followed by an accelerating...
Power systems show a complex non-linear behaviour due to different phenomena widespread over differe...
The dynamic stability of a power system has been of constant interest for many years. Among the many...
This monograph explores a consistent modeling and analytic framework that provides the tools for an ...
Abstract: A bifurcation theory is applied to the multimachine power system to investigate the effect...
Stability at critical load levels is analyzed using Hopf bifurcation theory. The authors consider th...
Nonlinear Phenomena, including bifurcations and chaos, occurring in power system models exhibiting v...
Complex nonlinear phenomena are investigated in a basic power system model of the single-machine-inf...
Abstract-We consider stochastic electro-mechanical dynamics of an overdamped power system in the vic...
Abstract—This paper focus on the bifurcation behaviors of voltage regulated forward converter. Meanw...
This research involves the study of the voltage dynamics of power systems subject to large disturban...
This paper discusses modelling and theoretical issues associated with voltage and angle stability of...
A model of a power system with load dynamics is studied by investigating qualitative changes in its ...
University of Technology, Sydney. Faculty of Engineering and Information Technology.NO FULL TEXT AVA...
Dynamic bifurcations, including Hopf and period-doubling bifurcations, are found to occur in a power...
Several voltage collapses have had a period of slowly decreasing voltage followed by an accelerating...
Power systems show a complex non-linear behaviour due to different phenomena widespread over differe...
The dynamic stability of a power system has been of constant interest for many years. Among the many...
This monograph explores a consistent modeling and analytic framework that provides the tools for an ...
Abstract: A bifurcation theory is applied to the multimachine power system to investigate the effect...
Stability at critical load levels is analyzed using Hopf bifurcation theory. The authors consider th...
Nonlinear Phenomena, including bifurcations and chaos, occurring in power system models exhibiting v...
Complex nonlinear phenomena are investigated in a basic power system model of the single-machine-inf...
Abstract-We consider stochastic electro-mechanical dynamics of an overdamped power system in the vic...
Abstract—This paper focus on the bifurcation behaviors of voltage regulated forward converter. Meanw...
This research involves the study of the voltage dynamics of power systems subject to large disturban...