<aside> 📌 Highlighted work:
Optimal blade pitch control for enhanced vertical-axis wind turbine performance
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A breath of fresh air for vertical wind turbines
Machine learning enables viability of vertical-axis wind turbines
Eoliennes, intelligences artificielles et histoire culinaire
Un changement d'axe pour les éoliennes
Un vent nouveau pour les éoliennes à axe vertical grâce à des scientifiques de l'EPFL
EPFL: Des scientifiques améliorent des éoliennes à axe vertical
Blade tweak boosts vertical-axis wind turbine efficiency by 200% - Interesting Engineering
Machine learning enhances vertical-axis wind turbine performance
Can machine learning commercialise vertical-axis wind turbines?
Vertical-axis wind turbines offer benefits that make them candidates to diversify our wind power production technology. These turbines can operate in a broad range of wind conditions and emit little noise during operation, making them ideal for urban applications. The structural soundness of vertical-axis wind turbines has also attracted industrial attention for off-shore floating applications. However,the aerodynamic complexity of vertical-axis wind turbines has hampered their industrial deployment.
Horizontal-axis wind turbine
Vertical-axis wind turbine