The principles of the semi-submersible wind turbine model are wind energy conversion, mechanical energy conversion and electrical energy transmission.
1. Wind energy conversion: When the wind passes through the blades, the blades are affected by the wind and start to rotate. During rotation, the kinetic energy of the wind is converted into kinetic energy. the blades.
2. Mechanical energy conversion: The rotation of the blades will drive the rotating shaft to rotate the generator, and the generator uses the rotating mechanical energy to convert it into electrical energy.
3. Electrical Power Transmission: The electrical energy generated by the generator is processed by transformers and other equipment and then transmitted to the power grid for power supply.
If I want to make a simple wind turbine model, can I use a motor instead of an electric motor and a rechargeable battery?rgeable instead of a battery?
I also encountered this problem when making a generator. During simulation, torque is usually used as the input to the motor, and the output speed through the m terminal of the motor is fed back to the main motor to adjust the speed of the main motor to keep the two speeds consistent, but I think there is a logical problem with this. Generator speed and torque must be determined by the prime mover.
Maybe we can only recreate the motor model and build a motor model with a mechanical shaft so that the mechanical shaft of the motor is coaxial with the main motor.
To make a fan, you need a three-blade fan with a blade length of approximately 30 cm and a width of 6 cm. Then find a gear with about 30 teeth. ordinary tape recorder to make a generator, then trouve A gear requires eight teeth. It is attached to the motor, this way the fan turns once and the motor turns about five revolutions (Put it in a windy place). generated can be connected to a diode.