Instead of picking a fight (I already know no source or figure would satisfy you), would be constructive and explain how the yaw works on floating systems?
>(I already know no source or figure would satisfy you)
Woah there. I'm not picking a fight with you. You make some pretty bold claims like "they deliver insufficient foundations." Tolerances for verticality, foundation position, etc. are contractually obliged and delivered overwhelmingly with success.
>would be constructive and explain how the yaw works on floating systems?
"Floating systems" is too broadly undefined to give you an answer. Could be that the mooring design resists yaw motion within certain tolerances. Could be that yaw motion of the base is compensated by a rotating nacelle.
Woah there. I'm not picking a fight with you. You make some pretty bold claims like "they deliver insufficient foundations." Tolerances for verticality, foundation position, etc. are contractually obliged and delivered overwhelmingly with success.
>would be constructive and explain how the yaw works on floating systems?
"Floating systems" is too broadly undefined to give you an answer. Could be that the mooring design resists yaw motion within certain tolerances. Could be that yaw motion of the base is compensated by a rotating nacelle.