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The image is a labeled diagram of a wind turbine with 12 numbered components: 1. Wind, 2. Blades, 3. Rotor, 4. Drive shaft, 5. Gear box, 6. Generator, 7. Anemometer measures speed and direction of wind, 8. Rotating motor - moves turbine to face into the wind, 9. Cable - carries electric current, 10. Substation, 11. Homes, 12. Wind - reduced speed and energy. The diagram depicts a wind turbine with three blades facing left, connected to a rotor in the center, leading to a drive shaft going downwards into a gear box which is connected to a generator. An anemometer is mounted on top of the turbine, with a rotating motor next to it. A cable runs down the height of the tower into a substation on the ground, which has lines connecting to homes. Wind with reduced speed and energy is shown leaving behind the turbine.
Given the complexity of the image, the above description may not be entirely accurate.
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Note: Both the topic and the answer were created by one of our users.
The illustration displays the process of how wind turbines produce electricity. Overall, the whole process contains 11 components, from wind that powers up the turbine to homes which consume the energy.
Firstly, wind power rotates three enormous blades, which are adjusted to the rotor. Then, the rotor powers up the drive shaft, and subsequently, the shaft spins up the gear box by 2 different sized cogs. Afterward, the gear box deposits spin to the generator that transforms that rotation into electricity, in turn. In addition, there is also the wind monitor that helps to understand the direction of the wind, and to address the blades on the vector of the wind, there is also a massive rotating motor which rotates the whole head. Also, the wind, after rotating the blades, becomes slower and safer to local people.
After that, electricity from the generator travels by long cables underneath and makes its way to a substation. The substation, in turn, shares that electricity to private houses, where people enjoy the benefits of technological progress.
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