The inevitable transition of the power system toward a sustainable and renewable-energy
centered power system is accompanied by huge versatility and significant challenges. A …

Lidar-assisted control is very promising to reduce the cost of energy for large floating
offshore wind turbines by reacting proactive to wind changes. This paper presents a tutorial …

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 …

An economic nonlinear model predictive controller (ENMPC) is formulated for a wind turbine-
battery hybrid generation system. The controller aims to maximize the operational profit of …

The use of upstream wind speed measurement has motivated the development of LiDAR-
assisted control for enhancing rotor speed tracking and fatigue structural load reductions …

Control co-design is a promising approach for wind turbine design due to the importance of
the controller in power production, stability, load alleviation, and the resulting coupled effects …

Identifying anomalous wind events that lead to high aerodynamic loads is essential for
mitigating extreme loading on wind turbines. Building upon a recently published method, we …

Control co-design is a promising approach for wind turbine design due to the importance of
the controller in power production, stability and load alleviation. However, the high …

The inevitable transition of the power system toward a sustainable and renewable-energy
centered power system is accompanied by huge versatility and significant challenges. A …

6.1 Discussion In the present work, the vision has been pursued that devices are aware of
their fatigue behavior, and utilize this information to optimally balance revenue and fatigue …