The diagrams depict a wind turbine for generating electricity power from wind strengths and its locations it is placed.
Looking from an overall perspective, it readily appears that this wind turbine is a simple method to exploit harnessing renewable energy. However, the areas where wind turbines are installed, are related to its output energy.
The wind turbines can be divided into lower parts and upper parts. The lower parts are represented by a pole that is made of hard steel. On the top of the wind turbine, there are three blades connected to a generator, which is made of fiberglass or wood. When the wind blows through, it moves wind turbine blades and the generator linked to the blades produces 1.5 megawatts of electricity power. The wind sensor connecting to three blades alters the directions, and angle of the wind turbine and changes the rotation speed of its. The wind sensor is controlled by a computer that receives information from wind sensor adjustment blades.
According to the diagrams, there are three potential locations where wind turbines can be installed. The wind turbine, on the top of the hill, where maximum wind strength blows through it. Meanwhile, the other wind turbine is placed near the coastline. However, it cannot generate electricity power as much as the one on the top of the hill. Owing to the fact that wind turbines are twisted by weaker wind strengths. Alternatively, the domestic wind turbine is located on the hill and can only produce 100 kilowatts of exploiting energy.