Identification of power system modal oscillation damping in frequency has become more feasible through angle measurements and communication systems. Frequency domain estimation provides reasonable estimates of these parameters if given very long estimates and the modes are well separated. This paper shows how the estimation is improved if the modes are decoupled as part of the estimation process. The results show good performance compare to a key previous method
The extraction of the modal parameters for closely spaced modes in the frequency domain is a common ...
Original scientific paper The singular value decomposition of the measured frequency response functi...
In this paper it is explained how the damping can be estimated using the Frequency Domain Decomposit...
Identification of power system modal oscillation damping in frequency has become more feasible throu...
It is vital to improve the stability of the power system by accurately identifying the modal paramet...
This paper presents parameters analysis for the estimated modal damping ratio using a new version of...
In a large interconnected power system, oscillating modes typically arise after disturbances. Estima...
In a large interconnected power system, oscillating modes typically arise after disturbances. Estima...
In this paper a new frequency domain technique is introduced for the modal identification of output-...
Enhanced frequency domain decomposition (EFDD) is one of OMA methods and has received significant in...
As modern power systems continue to grow and evolve, accurate system stability analysis and oscillat...
For the purposes of planning it is necessary to determine, in a transmission system, which are the b...
A FORTRAN program has been developed in order to investigate the process of modal parameter estimati...
Oscillation frequency and damping of electro-mechanical modes in a power system have traditionally b...
In this paper a new frequency domain technique is introduced for the modal identification from ambie...
The extraction of the modal parameters for closely spaced modes in the frequency domain is a common ...
Original scientific paper The singular value decomposition of the measured frequency response functi...
In this paper it is explained how the damping can be estimated using the Frequency Domain Decomposit...
Identification of power system modal oscillation damping in frequency has become more feasible throu...
It is vital to improve the stability of the power system by accurately identifying the modal paramet...
This paper presents parameters analysis for the estimated modal damping ratio using a new version of...
In a large interconnected power system, oscillating modes typically arise after disturbances. Estima...
In a large interconnected power system, oscillating modes typically arise after disturbances. Estima...
In this paper a new frequency domain technique is introduced for the modal identification of output-...
Enhanced frequency domain decomposition (EFDD) is one of OMA methods and has received significant in...
As modern power systems continue to grow and evolve, accurate system stability analysis and oscillat...
For the purposes of planning it is necessary to determine, in a transmission system, which are the b...
A FORTRAN program has been developed in order to investigate the process of modal parameter estimati...
Oscillation frequency and damping of electro-mechanical modes in a power system have traditionally b...
In this paper a new frequency domain technique is introduced for the modal identification from ambie...
The extraction of the modal parameters for closely spaced modes in the frequency domain is a common ...
Original scientific paper The singular value decomposition of the measured frequency response functi...
In this paper it is explained how the damping can be estimated using the Frequency Domain Decomposit...
DOI
Add to ORKG