When it comes to wind turbines, the amount of energy generated is directly related to the absorption of wind energy by the wind wheel and the capacity of the motor. Nowadays, airfoil blades have the highest wind energy utilization coefficient on the market, while equal-section blades have the lowest wind energy utilization coefficient. To put it simply, when designing a wind turbine model, first consider the amount of electricity that needs to be produced, then select the wind wheel, motor, etc. appropriate.
The energy production of a wind turbine is related to the diameter of the wind wheel, the capacity of the motor and the highest local wind speed. We cannot simply say how much energy a blade can generate.
Okay. This is linked to the wind resource where the wind turbine is located, as well as the electricity production capacity of the wind turbine itself.e. If the wind resource is good, for the same generator, the power generation effect will be good. The power generation capacity of the generator itself is related to the size of the wind blades, the number of metal coils, the amount of magnetic field materials, and the size of the magnetism. Since the blades, metal coils and magnetic materials of small wind turbines are less than those of large generators, the current generated by breaking the magnetic lines of force is less and the electricity generation is low.