angular velocity in vertical wind turbine
I want to study a new wind turbine with vertical rotational axis.
I think, on the base of the shape of the rotor, that a sliding/dinamic mesh is necessary and I would like to start with a 2D simulation.
Obviously I donít know the rotational velocity of the rotor at a specific wind velocity.
I think that inertia forces can be neglected at the moment, but I have to take into account the torque end power necessary to generate electrical energy.
The question is how can I setup this simulation?
Can I relate the rotational velocity of the rotating mesh containing the rotor to the torque generated by the wind and to the torque for electrical energy generation? How can I do this? How can I make the flow to move the rotor?
Do you think that this approach is correct?
Thanks in advance
I think to this formulation for angular velocity ω that must be applied by UDF.
ω t = ωt-1 + [Maer t-1 - M res (ωt-1)] / Irotor * Δt
Maer= torque calculated on rotor due to flow
Mres(ω) = law for torque due to electrical energy power generation
Irotor = rotor Inertia
Do you agree?Vanni
|All times are GMT -4. The time now is 18:03.|