Wind turbines are divided into two types, off-grid and grid-connected. Those connected to the grid do not store electricity, while those off the grid store electricity in batteries.
The amount of electricity that can be stored in a day depends on the power of the wind turbine and the wind resources of the day. There is no fixed value.
To give a simple idealized example, for example, if a wind turbine with a rated power of 1 kW operates at the rated wind speed for 5 hours per day, and assuming that there is no has no wind at any other time, the stored electricity is 1kw*5h=5kwh, or 5 kWh.
How much power can a small 400W wind power generator generate in one hour?
Nomads? All you can do is turn on a light bulb and watch a small television. 200 watts is enough. It is also small, lightweight and easy to transfer. If your housest a permanent residence and your life is relatively rich, this is not necessary. On the surface, from an individual perspective you are being environmentally friendly, but from a macro perspective the manufacturers who produce this equipment are also responsible for the pollution. Oh, if you feel itchy without using this thing, get a 1 kilowatt wind turbine, which can fully meet the requirements of lighting, television, refrigerator and computer at the same time. That's enough for you. Oh, don't use electric heaters when you take a shower. Also organize a daily schedule at home. When there is no wind, take turns using the crank to generate electricity. But remember to install a clutch device to avoid wind. the wind does not blow when the crank is used. Turn it around and blow up other people's houses.
400W
The wind turbinemeans the motor's rated power is 400W, but if you want it to generate 400W of electricity per hour, the wind speed should be 12M/S. to generate such energy. If the wind speed is too low, it will only generate more than ten watts or tens of watts. If there is no wind, it will not produce electricity. If the wind speed is too low, it won't be. capable of reaching the wind speed at which it operates, the voltage will not increase and it will not be able to charge the battery. The inverter is linked to the load. No matter what size inverter you install, your load cannot exceed it. If your load is in the form of a motor, the power of your charging device should be less than the power of your inverter. three or four times.