Safety control of floating wind power

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Key Points

This research aims to address safety control challenges in floating wind power systems, focusing on risks related to environmental interactions.
Analyzed aerodynamic-hydrodynamic-structural-mooring coupled dynamics and fatigue load causes.
Developed safety control techniques emphasizing structural stability improvements and fatigue load suppression.
Reviewed techniques for managing fatigue load distributions arising from wake-structure-environment interactions.
Identified several safety control technologies including structural stabilization and material innovations.
Proposed AI-driven fault tolerance control to enhance operational safety and stability.
Outlined future trends in the development of control technologies for floating wind power.

Explores safety control issues in floating wind power, highlighting risks and mitigation strategies.

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QWE et al. (2026) studied this question.

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