Robust Controllers Design for Load Frequency Control in Power Systems

ISBN-13: 9786139866908 / Angielski / Miękka / 2018 / 176 str.

Ibraheem Kasim Ibraheem; Rami A. Maher

Opis

The Main focus of this book is: 1. Studying and analyzing of the uncertain behavior of the steam turbine system by identifying the uncertain parameters in the plant which have a direct effect on the system's performance and representing these parameters together with the neglected dynamics of the plant by a single complex perturbation from which the uncertainty weight will be derived. 2. Synthesizing a sub-optimal H-infinity robust controller for the steam turbine system using a state-space approach and testing the robust stability and performance of the system with the existence of the quantified uncertainty. 3. Designing an optimal H-infinity robust controller for the steam turbine system using a polynomial approach and evaluating the system stability and performance under the same considered uncertainty but with additive representation. 4. Evaluating the proposed controllers by making a comparative study between them in time and frequency domains. 5. Designing and testing a sub-optimal multi-variable H-infinity robust controller for boiler- turbine system based on the linearized model.

O autorze

Kasim Ibraheem, Ibraheem
Ibraheem K. Ibraheem received the Ph.D. degree from the Baghdad University/Electrical Department in 2007. His research interests are nonlinear control and disturbance observers. Rami A. Maher received his PhD degree in 1986 from VAAZ-Brno-Czechoslovakia. His main research interests include optimal control, and project management.