A buoyant structure comprising: - at least two wind turbines , all wind turbines being positioned in a single row; - a mooring section at a distance from the row of wind turbines; and - wind alignment means for converting ambient forces to generate a moment of force at least partly compensating for misalignment with a wind direction and rotating the buoyant structure into the wind direction, while at least one of the wind turbines is maintained in a position with its rotor axis substantially perpendicular to the row, wherein the wind alignment means comprises: - a pitch drive for adjustment of the pitch angle of one or more blades of one of the wind turbines, the pitch drive being under control of a pitch control unit programmed to pitch the blades such that the individual wind turbines encounter different wind loads resulting a moment of force at least partly compensating for misalignment with a wind direction; and/or - a yaw drive of at least one of the wind turbines and a yaw control unit programmed to control the yaw drive while at least one of the other wind turbines is maintained in a position with its rotor axis substantially perpendicular to the row; and/or - a guiding mechanism (35-39; 41,42) for adjusting the position of the mooring section relative to the row of wind turbines, e.g., in a direction parallel to the row and/or in a direction perpendicular to the row. - at least two wind turbines , all wind turbines being positioned in a single row; - a mooring section at a distance from the row of wind turbines; and - wind alignment means for converting ambient forces to generate a moment of force at least partly compensating for misalignment with a wind direction and rotating the buoyant structure into the wind direction, while at least one of the wind turbines is maintained in a position with its rotor axis substantially perpendicular to the row, wherein the wind alignment means comprises: - a pitch drive for adjustment of the pitch angle of one or more blades of one of the wind turbines, the pitch drive being under control of a pitch control unit programmed to pitch the blades such that the individual wind turbines encounter different wind loads resulting a moment of force at least partly compensating for misalignment with a wind direction; and/or - a yaw drive of at least one of the wind turbines and a yaw control unit programmed to control the yaw drive while at least one of the other wind turbines is maintained in a position with its rotor axis substantially perpendicular to the row; and/or - a guiding mechanism (35-39; 41,42) for adjusting the position of the mooring section relative to the row of wind turbines, e.g., in a direction parallel to the row and/or in a direction perpendicular to the row. - a pitch drive for adjustment of the pitch angle of one or more blades of one of the wind turbines, the pitch drive being under control of a pitch control unit programmed to pitch the blades such that the individual wind turbines encounter different wind loads resulting a moment of force at least partly compensating for misalignment with a wind direction; and/or - a yaw drive of at least one of the wind turbines and a yaw control unit programmed to control the yaw drive while at least one of the other wind turbines is maintained in a position with its rotor axis substantially perpendicular to the row; and/or - a guiding mechanism (35-39; 41,42) for adjusting the position of the mooring section relative to the row of wind turbines, e.g., in a direction parallel to the row and/or in a direction perpendicular to the row. <EOS>