No, this position requires professional knowledge.
Wind energy operation and maintenance work must first be carried out with a climbing certificate and an electrician certificate. Generally, the height of wind turbines is 80-100 meters, so it is risky to climb the tower and get out of the cabin.
In addition, electric shocks, falls from heights, mechanical injuries, etc. also occur from time to time. It can be said that if you are not focused and careless, it is very dangerous to engage in the wind. electricity operation and maintenance work.
The largest is 5 MW, one in Denmark and one in China. Generally, 2 MW, 1.5 MW or less 0.8 MW are used in China.
Formula for calculating electrical power: P=W/t =UI.
In a purely resistive circuit, according to Ohm's law U=IR and substituted by P=UI, we can also obtain: P=I2R=(U2)/R.
In dynamics: Power calculation formula: P=W/t (average power); P=Fvcosα (instantaneous power).
Detailed information
When the wind turbine produces electricity, it must ensure that the output frequency is constant. This is very necessary for both grid-connected wind power generation and wind-solar hybrid power generation. ?
To ensure that the frequency of wind power is constant, one solution is to ensure a constant speed of the generator, that is, a constant speed and constant frequency operating mode , because the generator is driven by the generator. wind turbine through the transmission device, this method undoubtedly requires a constant speed of the wind turbine, which will affect the wind energy conversion efficiency.
Another way is to change the speed of the generator depending on the speedsse of the wind and ensuring that the frequency of the output electrical energy is constant by other means, i.e. constant frequency and variable speed operation. The wind energy utilization coefficient of the wind turbine is related to the blade tip speed ratio (the ratio of the linear speed of the turbine tip to the wind speed). There is a certain blade tip speed ratio that causes Cp to reach the maximum value.
Baidu-Wind Encyclopedia