International audienceThis paper studies the application of Hilbert Huang Transform (HHT) to oscillations generated by common power system phenomena. Firstly, an investigation was performed on the kind of damped modes that can be analyzed through HHT. HHT was then applied on signals from a nonlinear model of AC grid containing two close HVDC lines and power electronic devices. Two cases were studied: identification of coupling mode and temporal tracking of coupling mode during switching events. Results were compared with those obtained in modal analysis. In both cases it was found that HHT was able to provide better depth and clarity in off-line stability analysis
Abstract: In this contribution, a systematic approach to analyze and characterize the temporal evolu...
The paper deals with a novel method for the analysis of low-frequency inter-area oscillations, a har...
The paper deals with a novel method for the analysis of low-frequency inter-area oscillations, a har...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
Power system dynamic processes may exhibit highly complex spatial and temporal dynamics and take pla...
The paper deals with the use of the Huang Hilbert Transform (HHT) for the analysis of transient sign...
The paper deals with the use of the Huang Hilbert Transform (HHT) for the analysis of transient sign...
The paper deals with the use of the Huang Hilbert Transform (HHT) for the analysis of transient sign...
This paper focuses on the refinement of standard Hilbert–Huang transform (HHT) technique to accurate...
Transient characteristics of a signal can be effectively exhibited in time-frequency domain. Hilbert...
Time and frequency localizations are of crucial importance in the analysis of nonlinear and non-stat...
Time and frequency localizations are of crucial importance in the analysis of nonlinear and non-stat...
Abstract: In this contribution, a systematic approach to analyze and characterize the temporal evolu...
The paper deals with a novel method for the analysis of low-frequency inter-area oscillations, a har...
The paper deals with a novel method for the analysis of low-frequency inter-area oscillations, a har...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
The data analysis techniques are used widely in power system applications. The Hilbert-Huang transfo...
Power system dynamic processes may exhibit highly complex spatial and temporal dynamics and take pla...
The paper deals with the use of the Huang Hilbert Transform (HHT) for the analysis of transient sign...
The paper deals with the use of the Huang Hilbert Transform (HHT) for the analysis of transient sign...
The paper deals with the use of the Huang Hilbert Transform (HHT) for the analysis of transient sign...
This paper focuses on the refinement of standard Hilbert–Huang transform (HHT) technique to accurate...
Transient characteristics of a signal can be effectively exhibited in time-frequency domain. Hilbert...
Time and frequency localizations are of crucial importance in the analysis of nonlinear and non-stat...
Time and frequency localizations are of crucial importance in the analysis of nonlinear and non-stat...
Abstract: In this contribution, a systematic approach to analyze and characterize the temporal evolu...
The paper deals with a novel method for the analysis of low-frequency inter-area oscillations, a har...
The paper deals with a novel method for the analysis of low-frequency inter-area oscillations, a har...