Wind turbines components are subject to considerable fatigue due to extreme environmental
conditions to which are exposed, especially those located offshore. Interest in the integration …

Wind turbine components are subject to considerable fatigue because of extreme
environmental conditions to which they are exposed, especially those located offshore. Wind …

The focus of this work is on fatigue estimation and data‐based controller design for wind
turbines. The main purpose is to include a model of the fatigue damage of the wind turbine …

In recent years, the rapidly-increasing demand for energy generation from renewable
resources has been noticeable. Additional requirements are consequently set on Wind …

This paper proposes a novel scheme for extending lifetime of a wind energy conversion
system (WECS) by integrating an online damage evaluation model into a control strategy for …

The focus of this work is on fatigue load modeling and controller design for the wind turbine
level. The main purpose is to include a model of the damage effects caused by the fatigue of …

Maximizing turbine up-time and reducing maintenance costs are key technology drivers for
wind turbine operators. Components within wind turbines are subject to considerable …

Wind energy takes an important role in the transformation of the global energy system
towards clean and sustainable sources. The main development of wind energy technology …

In this paper a strategy is presented for combining corrective maintenance replacements
with age-based imperfect preventive maintenance repairs. Preventive maintenance actions …

Variability in wind profiles in both space and time is responsible for fatigue loading in wind
turbine components. Advanced control methods for mitigating structural loading in these …