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 …

The integration of structural health monitoring into life-cycle management strategies can
help facilitating a reliable operation of wind turbines and reducing the life-cycle costs …

Offshore wind turbines are an attractive source for clean and renewable energy for reasons
including their proximity to population centers and higher capacity factors. One obstacle to …

This paper explores the applicability of prognostics and health management (PHM) for wind
turbines (WTs), presenting the PHM approach along with challenges and opportunities in …

Recent years have seen an unprecedented growth in the use of sensor data to guide wind
farm operations and maintenance. Emerging sensor-driven approaches typically focus on …

In wind energy operation and maintenance costs significantly contribute to the overall cost.
This paper proposes a novel adaptive lifetime control approach for wind turbines to reduce …

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

This paper proposes an integrated framework for wind farm maintenance that combines i)
predictive analytics methodology that uses real-time sensor data to predict future …

The short and long-term variability characterizing operational Wind Turbine (WT) structures
limits applicability of existing Structural Health Monitoring (SHM) strategies for diagnostics …