Dynamic response and power generation of floating offshore wind farms under different wave conditions using an efficient evaluation method

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Analysis reveals the impact of wave conditions on power generation in floating offshore wind farms, indicating potential design optimizations.

Wave conditions significantly affect the power generation of floating offshore wind farms, particularly the surge motion characteristics.
Under different wave heights and periods, power generation stability varies between front-row and rear-row wind turbines.
This analysis uses a combination of a dynamic wake model, catenary equations, and Morison's formula for efficiency.
The proposed method offers a practical evaluation tool, reducing computational needs compared to high-fidelity fluid dynamics methods.

Wei et al. (2025) studied this question.

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Analysis reveals the impact of wave conditions on power generation in floating offshore wind farms, indicating potential design optimizations.