Floating wind turbines have different control objectives depending on the mean wind speed. Traditionally, the main objective is to maximise power capture when the mean wind speed is below rated conditions. In above rated wind speeds, the objective is regulate power to a constant output and possibly reduce fatigue load on key turbine components (mutli-objective control). Each mode has separate controllers and switching between them may introduce unwanted dynamics especially that floating wind turbines have 6 additional degrees of freedom over onshore wind turbines.
This project builds on the progress made in 2014. Specifically, the project will focus on analysing the extent of region transition effects on different floating platforms and the implementation of individual blade pitching to improve region transition dynamics. The project is suitable for mechanical and mechatronics students who are interested in wind energy and control systems.
Undergraduate
Co-requisite: MECHENG 724 (Multivariable Control Systems) in semester 2 is highly recommended for both students.
Lab allocations have not been finalised