The diagrams illustrate the structure and function of a wind turbine as well as the most suitable locations for installing such turbines.
Overall, a wind turbine converts the kinetic energy of the wind into electricity through a generator controlled by a computer system. The second diagram shows that wind turbines should ideally be placed in areas with strong wind currents while maintaining the natural landscape.
In the first diagram, the wind blows against the blades made of fibreglass or wood. These blades are connected to a generator that produces around 1.5 megawatts of electricity. A wind sensor positioned near the top measures the speed and direction of the wind. This information is sent to a computer that automatically adjusts the blades’ angle and direction for maximum efficiency. The entire structure is supported by a tall steel tower, and the produced energy can be transmitted to nearby facilities or households.
The second diagram explains the optimum placement of wind turbines. The most powerful winds are found at higher altitudes or on elevated terrains. Large-scale turbines should therefore be installed in open, windy areas where the landscape remains relatively unaffected. In contrast, smaller domestic turbines, with an output of about 100 kilowatts, can be placed near residential homes to supply local electricity needs.
In summary, wind turbines operate by converting wind energy into electrical power through a generator system, and their effectiveness largely depends on being positioned in regions with strong, consistent winds.