M=mgL=ω×JΩ
where JΩ is angular momentum.
This is the equation i get when modeling a wind turbine as a suspended spinning bicycle wheel. This means that a moment will act on the turbine, tilting the nacelle either up or down.
But what about the resisting torque when one attempts to yaw...
Im building a yaw control system for one of the universitys VAWT turbines.
Basically I am struggling to get an equation described below:
there should be an algorithm such that the system should try to yaw the turbine as fast as possible, but without causing too high forces on any key...
I'm building a yaw control system for one of the universitys VAWT turbines.
I need to design a slewing bearing which can reliably support radial, axial and tilting moments. I have absolutely no idea how to do this or even where to start.
Could you please give me some advice as to go about...