Researchers at EPFL aim to solve airflow control issue for vertical-axis wind turbines

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Wind Turbines,Vertical-Axis Wind Turbines,Vawts

Despite the advantages of vertical-axis wind turbines (VAWTs), they remain rare in the wind energy market due to an engineering problem - airflow control. Researchers at the School of Engineering Unsteady Flow Diagnostics Lab (UNFOLD) at EPFL are working on solving this issue.

Wind turbines (HAWTs) dominate the modern wind energy landscape, vertical-axis wind turbines (VAWTs) have a rich historical origin. Their origins date back to the eighth century in the Middle East for grain milling. VAWTs, spinning perpendicular to the wind, offer advantages such as higher wind energy density. Also, it features quieter operation due to slower rotation and a smaller spatial footprint for equivalent output, both onshore and offshore.

Moreover, their lateral blade movement is more wildlife-friendly, allowing birds to avoid them more easily. Despite these benefits, VAWTs remain rare in today’s wind energy market. The issue came down to an engineering problem – airflow control, which researchers at the School of Engineering Unsteady Flow Diagnostics Lab (UNFOLD) at EPFL promise to solve

 

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