Citation link:
Authors:
Puleva, Teofana Todorova; Пулева, Теофана Тодорова
Title:
Multiple-model wiener filter for load disturbance rejection in hydro generator local network operation
Other Titles:
Многомоделен филтър на винер за компенсация на смущения по товар при работа на хидроагрегат в локална мрежа
Date of Issue:
2008
Is Part of:
Proceedings of the Technical University – Sofia, 58(1), 2008, pp. 33-43
Publisher:
TU - Sofia
Identifiers:
1311-0829 [issn]
Type:
Article
Language:
eng
Abstract:
The problem of random load disturbance rejection for hydro generator operating in local network is formulated as an optimal controller design problem in sense of minimum mean-square error - Wiener filter design. A multiple model adaptive control approach is explored. The control signal is formed as a weighted sum of particular control signals. They are designed using Wiener filters for different load conditions variance. In the turbine controller design are taken into account special features of the plant related to its non minimum phase characteristics as well as control signal magnitude limitations. Simulation results with the proposed multiple model controller show a significant reduction of the mean-square error with respect to the case of singe controller.
Description:
Reviewer prof. DSc Nikola Madjurov. - Formulas, tables, schemes - References, pp. 42- 43.
