The higher the speed, the higher the voltage. Electricity is generated every second. If you only have 10 pieces of iron, that is 5 pairs. The formula is: n=60f/p.
Calculation formula description
p>n speed
60 1 minute
f frequency
p number of magnetic pole pairs
It costs 600 to generate 50HZ electricity Then it works normally. Voltmeters can test voltage, just connect them in parallel, and current can be tested in series, but a load is required, and the current size is determined by the load resistance. If you want to measure the readiness at the same time, you need to purchase a setting in this area that can calculate the power and speed at the same time.
Is the voltage of the wind turbine only related to the motor speed? The faster the speed, the greater the voltage?
The frequency and voltage of the wind energy generator are always constant. As the blade speed increases, the power and current generated increase, and as the blade speed slows down, the power and current generated decrease.
Wind energy generators generate alternating current and do not need to be stored when running on the grid. There is more online absorption and less online replenishment. If there is no grid-connected operation, the alternating current should be converted into direct current and stored in the storage battery. The storage battery should then be converted into alternating current for power supply. The storage battery stores the battery when it is long and replenishes the battery when it is short to ensure the user's electricity.
Using battery storage is a helpless move that cannot be connected to the grid. Where conditions permit, it is operated on the grid. Using battery storage increases the cost.
No. For wind power generation, the electric energy needs to be processed. It is first converted into battery energy. The voltage and frequency finally converted are fixed, and the wind speed is also effective within a range. If it is too large, it will not work. It cannot generate electricity. Of course, within the effective range, the greater the wind, the greater the charge to the battery. When using electricity, the battery is discharged, and the DC power of the battery needs to be converted for use. If it is connected to the grid, the conversion process will be more complicated.