The Aerodynamic section studies the best aerodynamic configuration of a Micro Vertical Axis Wind Turbine and justify it with CFD simulations and experimental tests. We analyze current trends and choose the best architectural type of rotor, the blades shape and their optimal number. First, we run simulations of the chosen profile with reduced order models, which are fast but not much detailed. Then we use a CFD software, which is more accurate but not as fast, to test a simplified 3D configuration designed by the Design Section. Ultimately, we run tests on the final prototype in the wind tunnel to compare and confirm the theoretical data.
We write algorithms and iterative methods that will be used to study and test the performance of the rotor. We develop reduced order methods that will be used to make preliminary estimates of product performance, interface Matlab with CFD software and manipulate batch charts of data from CFD simulations. We also design an acquisition code for experimental procedures data and wind tunnel characterization, create graphic interfaces to sort data and perform calculations.
The Aerodynamic section studies the best aerodynamic configuration of a Micro Vertical Axis Wind Turbine and justify it with CFD simulations and experimental tests. We analyze current trends and choose the best architectural type of rotor, the blades shape and their optimal number. First, we run simulations of the chosen profile with reduced order models, which are fast but not much detailed. Then we use a CFD software, which is more accurate but not as fast, to test a simplified 3D configuration designed by the Design Section. Ultimately, we run tests on the final prototype in the wind tunnel to compare and confirm the theoretical data.
