Wind power generation equipment
Working Principle
Wind blows the blades, generating lift that drives the rotor to spin, converting wind energy into mechanical energy. The gearbox in the nacelle increases the rotational speed, which then drives the generator to produce electricity through electromagnetic induction. The power is then stabilized and frequency-adjusted by a converter, processed into electricity that meets grid standards, and can be directly connected to the grid for transmission.
Application Fields
1. Large-scale onshore wind farms: Turbines are deployed on a large scale in mountainous, plain, and Gobi desert areas, connected to the national grid for power transmission.
2. Offshore wind projects: Turbines are installed in nearshore and deep-sea areas, utilizing stable offshore winds for power generation.
3. Remote independent power supply: In islands, pastoral areas, and mountainous regions without grid access, wind turbines are paired with energy storage systems for off-grid power supply.
4. Small-scale distributed wind power: Small wind turbines are installed in villages, farms, and factories to supplement daily electricity needs.