A new anisotropic three-dimensional Gaussian wake model considering swirling effects for horizontal-axis wind turbine

Key Points

• The new anisotropic three-dimensional Gaussian wake model enhances the understanding of swirling effects.
• Key evidence highlights how wake dynamics alter with swirling movements, impacting turbine efficiency.
• Assessment of wake behavior using advanced modeling techniques unveils better predictive capabilities for turbine performance.
• This approach may enable more efficient turbine designs, with implications for renewable energy generation systems.