The platform positioning is achieved by adjusting the aerodynamic force of the wind through the manipulation of nacelle yaw and blade pitch angles, without ...
This paper presents an initial work on position control of a floating offshore wind turbine on a semi-submersible platform by adjusting the aerodynamic ...
This paper presents platform position control of utility-scale floating offshore wind turbines in surge and sway directions using aerodynamic thrust force.
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This paper presents a method to compute the movable range of an offshore wind turbine with a semi-submersible floating platform in still water under uniform ...
In this thesis, we first propose a mechanism to move the floating wind turbine by passively utilizing the aerodynamic thrust force from the wind. Advantages of ...
Missing: semi- submersible platform
The main goal of this program is to establish control techniques for a utility-scale floating offshore wind turbine on a semi-submersible platform, in order to ...
Position control of a floating offshore wind turbine system using aerodynamic force ... control of a 5-MW offshore wind turbine with a semi-submersible platform.
... wind farm layout optimization, we account for position control of the platform by making use of only the aerodynamic force, without adding any extra actuator.
1c is a lightweight platform and high-strength turbine housing that can withstand the rough conditions in deep sea offshore environments and allow it to be ...
May 9, 2020 · This paper proposes H∞ controller design for platform position transfer and regulation of floating offshore wind turbines.