In this paper, we analyze the performances of two control strategies and their combination
on a floating turbine through OpenFAST simulations. The floating wind turbine is modeled …

In this work a multi-variable feedforward controller for floating wind turbines is presented.
The feedforward controller provides a pitch rate and a torque update to a conventional …

The structural cost of offshore wind energy can be drastically reduced by the development of
floating wind turbines. However, the design of a feedback controller for rotor speed control of …

We design a blade pitch controller employing linear parameter-varying (LPV) synthesis
techniques for a floating hydrostatic wind turbine (HWT) with a barge platform, which is …

In this work a collective pitch feedforward controller for floating wind turbines is presented.
The feedforward controller provides a pitch rate update to a conventional feedback controller …

Nacelle-mounted, forward-facing Light Detection and Ranging (LIDAR) technology is able to
measure the wind field as it approaches a wind turbine. Knowledge of the incoming wind …

A well-designed floating turbine controller should lead to small power fluctuations while
keeping the system stable. Floating wind turbines can experience instability when operating …

We assess the performances of two control strategies on the IEA 15 MW reference floating
wind turbine through OpenFAST simulations. The multivariable feedback controller tuned by …

To investigate the coupled effect of a control system between a wind turbine and floating
platform, in this paper, a self-designed blade pitch control system is applied for coupled aero …

Feedforward blade pitch control is one of the most promising lidar-assisted control strategies
due to its significant improvement in rotor speed regulation and fatigue load reduction. A …