production of electricity from wind energy

Wind farms contain a group of wind turbines, which are driven by the wind; they produce electricity and carry it along the transmission and distribution networks to which they are connected.
production of electricity from wind energy 						The electricity is carried to areas of consumption by low-voltage distribution lines.												Before integrating the electricity into the home network, the voltage is progressively decreased to 240 V.				  							Using high-voltage lines to transmit electricity over long distances reduces the strength of the current and, as a result, energy losses.				  							The electricity produced is integrated into the network.				  					  							Increase in voltage: transformers carry high-voltage electricity produced by the alternator to reduce loss during transport.				  							The most common type of wind turbine whose axis is parallel to the direction of the wind.

See Also


network connection

overhead connection

horizontal-axis wind turbine

vertical-axis wind turbine

transmission to consumers

The electricity is carried to areas of consumption by low-voltage distribution lines.
network connection
network connection
overhead connection
overhead connection

voltage decrease

Before integrating the electricity into the home network, the voltage is progressively decreased to 240 V.

high-tension electricity transmission

Using high-voltage lines to transmit electricity over long distances reduces the strength of the current and, as a result, energy losses.

energy integration to the transmission network

The electricity produced is integrated into the network.

second voltage increase

first voltage increase

Increase in voltage: transformers carry high-voltage electricity produced by the alternator to reduce loss during transport.

horizontal-axis wind turbine

The most common type of wind turbine whose axis is parallel to the direction of the wind.
horizontal-axis wind turbine
horizontal-axis wind turbine