Basınçlı deneyler rüzgâr çiftliklerini laboratuvara taşıyor

Wind turbines operate in turbulent weather, making controlled field experiments slow, costly and difficult to interpret. Conventional wind tunnels offer control, but small models do not naturally reproduce the flow physics surrounding full-scale turbines. Researchers from MIT and partner institutions addressed this mismatch by testing a 15-centimetre turbine in a chamber pressurised to as much as 240 atmospheres. Denser air gave the model aerodynamic behaviour comparable to turbines tens of metres across. The experiments examined different wind alignments and control strategies, then validated a fast unified model that engineers can run on ordinary laptops. Results showed that when a turbine is not perfectly aligned with the wind, changing the blade-tip speed can reveal new maximum-power settings. Optimising this variable together with alignment and blade pitch could add tens of thousands of dollars in annual revenue per turbine. More broadly, the method provides a practical bridge between idealised simulations and disruptive trials at operating wind farms.