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Boiler-turbine Coordinated Control of Power Plant Based on the Adaptive Backstepping Method
By: Tian Ruili; Wang Yinsong; Lui Lixia;
2006 / IEEE / 978-7-81124-055-9
Description
This item was taken from the IEEE Conference ' Boiler-turbine Coordinated Control of Power Plant Based on the Adaptive Backstepping Method ' In this paper, the boiler-turbine coordinated control system is designed based on the adaptive backstepping method for the nonlinear model with the uncertainly parameters. By constructing some virtual control variables, the Lyapunov function of dynamic system are gradually designed. Finally, the non-linear controller and the parameter updating law are given. This controller not only ensures the stability of system but also could make the tracking error convergence to zero, and it has a strong robustness for the uncertainly parameters. The simulation results have proved that it is feasible.
Related Topics
Lyapunov Methods
Nonlinear Control Systems
System Stability
Boiler-turbine Coordinated Control System
Adaptive Backstepping Method
Nonlinear Model
Lyapunov Function
Dynamic System
Power Generation
Programmable Control
Adaptive Control
Backstepping
Control Systems
Robust Stability
Control System Synthesis
Nonlinear Control Systems
Power System Modeling
Lyapunov Method
Lyapunov Function
Coordinated Control System
Adaptive Backstepping Method
Non-linear Control
Boilers
Adaptive Control
Turbines
Engineering
Nonlinear Controller
