About The area of the wind shaft in the generator room
In conventional wind turbines, the blades spin a shaft that is connected through a gearbox to the generator. The gearbox converts the turning speed of the blades 15 to 20 rotations per minute for a large, one-megawatt turbine into the faster 1,800 revolutions per minute that the generator needs to generate electricity.
In conventional wind turbines, the blades spin a shaft that is connected through a gearbox to the generator. The gearbox converts the turning speed of the blades 15 to 20 rotations per minute for a large, one-megawatt turbine into the faster 1,800 revolutions per minute that the generator needs to generate electricity.
Wind turbine blades provide a lift force, similar to an air-plane, which creates a torque on the main shaft. As wind passes over the blades, this force makes the shaft rotate. If there was no energy extracted from the system via the electrical generator, and the entire system were lossless, the turbine shaft would accelerate indefinitely.
The rotor connects to the generator, either directly (if it's a direct drive turbine) or through a shaft and a series of gears (a gearbox) that speed up the rotation and allow for a physically smaller generator. This translation of aerodynamic force to rotation of a generator creates electricity.
in the wind turns the blades around a rotor. The rotor is connected to the main shaft, the low-speed shaft. The drive train including the gears increases the rotational speed. The high-speed shaft is connected to a generator which creates electricity. The schematic layout of a land-based wind turbine is shown in Fig. 2.1.
Figure 1 shows the major components of a wind turbine: gearbox, generator, hub, rotor, low-speed shaft, high-speed shaft, and the main bearing. The purpose of the hub is to connect the blades’ servos that adjust the blade direction to the low-speed shaft. The rotor is the area of the turbine that consists of both the hub and blades.
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