Systems composed with a sum of interconnected sub-systems offer the advantages of a better flexibility and redundancy for an increased reliability. One of the largest and biggest system based on this concept ever devised by man is the interconnected power system.Phenomena encountered in the newest interconnected power systems are more and more nonlinear and the development of new tools for their study is od major concern. Among the existing tools, this PhD work presents the development and the application of the Normal Form theory to the study of the interactions existing on an interconnected power system. The specific objectives of this PhD work are the development of the Normal Form theory up to the third order, the application of this me...
Increasing nonlinearity in today’s grid challenges the conventional small-signal (modal) analysis (S...
Nonlinear modal interaction between system modes is known to contribute to different properties in p...
This paper proposes a decentralized method for nonlinear control of oscillatory dynamics in power sy...
Systems composed with a sum of interconnected sub-systems offer the advantages of a better flexibili...
Systems composed with a sum of interconnected sub-systems offer the advantages of a better flexibili...
International audienceThe increase of power exchanges through long lines makes power systems exhibit...
In this research the nonlinear modal interaction and the effect of the interaction on the stressed p...
This paper reports on the experience in the analysis of non-linear effects arising from the interact...
Les systèmes composés d’une somme de sous-systèmes interconnectés offrent les avantages majeurs de f...
In this dissertation, normal form (NF) theory is used to characterize and quantify nonlinear modal i...
International audienceThe inclusion of higher-order terms in small-signal (modal) analysis has been ...
Large, sparse power system models arise naturally as dynamic models of a wide range of power system ...
In this paper a comprehensive analytical technique based on normal form theory and symbolic computer...
Today\u27s power systems have become more and more stressed due to the high utilization of available...
Given several economic, technical and environmental constraints, today’s power systems are operated ...
Increasing nonlinearity in today’s grid challenges the conventional small-signal (modal) analysis (S...
Nonlinear modal interaction between system modes is known to contribute to different properties in p...
This paper proposes a decentralized method for nonlinear control of oscillatory dynamics in power sy...
Systems composed with a sum of interconnected sub-systems offer the advantages of a better flexibili...
Systems composed with a sum of interconnected sub-systems offer the advantages of a better flexibili...
International audienceThe increase of power exchanges through long lines makes power systems exhibit...
In this research the nonlinear modal interaction and the effect of the interaction on the stressed p...
This paper reports on the experience in the analysis of non-linear effects arising from the interact...
Les systèmes composés d’une somme de sous-systèmes interconnectés offrent les avantages majeurs de f...
In this dissertation, normal form (NF) theory is used to characterize and quantify nonlinear modal i...
International audienceThe inclusion of higher-order terms in small-signal (modal) analysis has been ...
Large, sparse power system models arise naturally as dynamic models of a wide range of power system ...
In this paper a comprehensive analytical technique based on normal form theory and symbolic computer...
Today\u27s power systems have become more and more stressed due to the high utilization of available...
Given several economic, technical and environmental constraints, today’s power systems are operated ...
Increasing nonlinearity in today’s grid challenges the conventional small-signal (modal) analysis (S...
Nonlinear modal interaction between system modes is known to contribute to different properties in p...
This paper proposes a decentralized method for nonlinear control of oscillatory dynamics in power sy...