Due to the unstable air volume, the wind turbine outputs alternating current of 13 to 25V, which must be rectified by the charger, and then the battery is charged, so that the electrical energy generated by the wind turbine is converted into chemical energy. Then use an inverter power supply with a protection circuit to convert the chemical energy in the battery into AC 220V mains power to ensure stable use.
It is generally believed that the power of wind power is entirely determined by the power of the wind turbine. The current wind turbine only charges the battery, and the battery stores the electrical energy. The amount of electrical power people ultimately use is more closely related to the size of the battery. The size of the power mainly depends on the size of the air volume, not just the size of the machine head power. Smaller wind turbines will be more suitable than larger ones. Because it is more easily driven by small winds to generate electricity, continuous small winds can provide greater energy than temporary strong winds. When there is no wind, people can still use the electricity brought by the wind normally. In other words, a 200W wind turbine can also be used with a large battery and an inverter to obtain a power output of 500W or even 1000W or even greater.
Although typhoons contain a lot of energy, ordinary methods seem unable to utilize it. Relatively mild natural energy can be easily utilized by humans, such as water energy, tidal energy, wind energy, etc. Those natural violent energy release processes, such as tsunamis, earthquakes, volcanic eruptions, etc., are unable to be utilized based on human beings' current capabilities.
Windmills will not work hard to generate electricity when a typhoon comes.
First of all, a windmill is a device that uses wind energy to generate electricity. Its rotating blades convert wind energy into electrical energy. A typhoon is a powerful tropical cyclone with extremely fast winds that usually causes damage to buildings, trees, vehicles, etc. on its path.
When a typhoon comes, the wind is very strong, and the blades of the windmill rotate rapidly due to the wind force of the typhoon. However, due to the high wind speed, the blades of the windmill are easily damaged because they cannot withstand the wind force, and may even cause damage. The windmill is damaged and cannot generate electricity normally.
Therefore, when a typhoon approaches, windmills are generally shut down to avoid wind damage to the windmills and to ensure the safety of personnel. Therefore, windmills will not work hard to generate electricity during typhoons.