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Design of damping controllers of static series voltage sources using eigenvalue sensitivities

L. Rouco

This paper studies the application of eigenvalue sensitivities to design controllers for static series voltage sources aimed at damping electromechanical oscillations. The eigenvalue sensitivity with respect to a parameter of a feedback controller estimates the eigenvalue shift when such parameter is changed. The controller design comprises to steps: the design of the phase compensation network and the calculation of the controller gain. The design of damping controllers of static series voltage sources has required the development of eigenvalue sensitivities with respect to the modulation of both the ratio and the phase of static series voltage sources using several input signals to select the most adequate one. The suggested approach is illustrated in simple test system.


Palabras clave: Flexible AC transmission systems, static series voltage sources, small signal stability, eigenvalue sensitivities, controller design

IEEE/PES Transmission and Distribution Conference. Paper Nº 01TD081, Atlanta, Georgia (Estados Unidos de América). 28 Octubre - 02 Noviembre 2001

DOI: DOI icon 10.1109/TDC.2001.971201    

Fecha de publicación: octubre 2001.



Cita:
L. Rouco, Design of damping controllers of static series voltage sources using eigenvalue sensitivities, IEEE/PES Transmission and Distribution Conference. Paper Nº 01TD081. ISBN: 0-7803-7285-9, Atlanta, Estados Unidos de América, 28 Octubre - 02 Noviembre 2001


    Líneas de investigación:

IIT-01-080A

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