The diagram presents the principles of a wind turbine in generating electricity. To generate the power, a wind turbine is mainly ran by four series of components. Further detail indicates that a wind turbine is required certain level of heights to maximize energy resource.
As the first mechanism, the propeller blade which made of fibreglass or wood and propped by a steel tower is forced by the wind flows. This stage starts up the other parts. Following this, the sensor of the wind turbine is activated causing the wind sensor records air current whilst it sends information to computer. Next, the direction and the angle of turbine blades will be navigated and suited based on the wind flows. Once it has been adjusted, the constant rotation which generates from the spin will supply electricity.
It is interesting to note that the varied power which generated by the wind turbine depends on where the turbine placed on. For the short-tall domestic turbine, the generator produces 100 kilowatts. On the other hand, the wind turbine which set above sea level or mounted on the higher place will produce more power up to 1.5 megawatts electricity.
As the first mechanism, the propeller blade which made of fibreglass or wood and propped by a steel tower is forced by the wind flows. This stage starts up the other parts. Following this, the sensor of the wind turbine is activated causing the wind sensor records air current whilst it sends information to computer. Next, the direction and the angle of turbine blades will be navigated and suited based on the wind flows. Once it has been adjusted, the constant rotation which generates from the spin will supply electricity.
It is interesting to note that the varied power which generated by the wind turbine depends on where the turbine placed on. For the short-tall domestic turbine, the generator produces 100 kilowatts. On the other hand, the wind turbine which set above sea level or mounted on the higher place will produce more power up to 1.5 megawatts electricity.
