June 22, 2025

A Numerical Investigation of the Impact of Waves on a Large Floating Wind Farm in Northwest Atlantic

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Power output increases due to atmospheric turbulence interactions with large-amplitude waves, leading to enhanced turbine performance under certain conditions.
Analysis using a scale-adaptive large-eddy simulation framework resolved turbulence structures across 107 million grid points, revealing critical dynamics in a floating wind farm.
Investigation into wind-wave interactions underscores the importance of incorporating these factors into the design of offshore energy systems for optimal performance.
Research emphasizes the need for effective pitch control strategies that consider wind-wave misalignment and Ekman spiral effects in deep-water wind farms.

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Implication

Numerical investigation shows atmospheric turbulence drives power fluctuations in a floating wind farm, suggesting wind-wave interactions enhance energy output.

Cite This Study

Jahrul Alam (2025) studied this question.

synapsesocial.com/papers/68af75207567bf4f94fee9d0 https://doi.org/10.1115/omae2025-155486

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Implication

Numerical investigation shows atmospheric turbulence drives power fluctuations in a floating wind farm, suggesting wind-wave interactions enhance energy output.

A Numerical Investigation of the Impact of Waves on a Large Floating Wind Farm in Northwest Atlantic

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Discussion

Implication

Cite This Study

A Numerical Investigation of the Impact of Waves on a Large Floating Wind Farm in Northwest Atlantic

Key Points

Discussion

Implication

Cite This Study

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