|Title||Wind tunnel validation of robust wind turbine control|
Before being implemented on real wind turbines, all control algorithms have to be thoroughly validated. Besides aeroelastic simulations, also wind tunnel experiments with scaled models are used for such purposes at the University of Oldenburg. The available setup consists of a scaled wind turbine model MoWiTO 1.8 placed in the open section of the wind tunnel. The active grid positioned at the wind tunnel inlet allows for reproducible generation of different inflow conditions, such as turbulent wind, gusts, and wakes.
Typically, mathematical models used for the development of wind turbine control do not fully represent the wind turbine behaviour, especially during its entire lifetime. To guarantee desired performance and stability despite imperfectly captured nonlinear phenomena and uncertainties inevitably present when using reduced-order models, robust and fault-tolerant control as well as approaches for fault detection and isolation are promising approaches for enhancing the system behaviour and reliability.
The main task is to develop a robust controller for the scaled wind turbine MoWiTO 1.8 which can guarantee stability and desired performance in a wide range of inflow conditions. To achieve this aim, already available experimental data will be used to identify structured and unstructured uncertainties in the mathematical model of MoWiTO 1.8. After designing and validating the developed controllers in simulations, selected approaches will be implemented in LabVIEW and validated in wind tunnel experiments.
|Home institution||Department of Computing Science|
|Type of work||practical / application-focused|
|Type of thesis||Bachelor's or Master's degree|
|Author||Prof. Dr. Andreas Rauh|