electric power transmission

See Electric power transmission for the more common use of this term.

History of electric power transmission (from the late 19th century)

Voltages used for electric power transmission increased throughout the 20th century.

An electric power transmission line to Whistler follows the river valley.

Electric power transmission was also disrupted in several areas.

Due to construction and the electric power transmission the class 232 locomotives are very heavy.

Electric power transmission is one process in the transmitting of electricity to consumers.

The electric power transmission has been installed at Divisov in 1924, gas 60 years later.

High voltage is used for electric power transmission to reduce the energy lost in the resistance of the wires.

Electric power transmission over long lines favors lower frequencies.

This proved insufficient, however, with the growth of electric power transmission which tended to use the same routes.

A number of controversies have surrounded the company's decisions to develop new routes for its electric power transmission lines.

The first electric power transmission line in North America operated at 4000V.

The metals are a high-technology material used primarily to improve efficiency in electric power transmission.

Subtransmission is part of an electric power transmission system that runs at relatively lower voltages.

The first commercial electric power transmission was developed by Thomas Edison in the late nineteenth century using direct current.

See also: Electric power transmission and Mains power around the world.

He contributed to creating an integrated Electric power transmission in the United States.

A major application of transformers is to increase voltage before Electric power transmission over long distances through wires.

The federal government of the United States admits that the electric power transmission is susceptible to cyberwarfare.

A black start is the process of restoring a power station to operation without relying on the external electric power transmission network.

Different definitions are used in electric power transmission and distribution, and in the electronics industry.

Coronas can generate audible and radio-frequency noise, particularly near electric power transmission lines.

A more complex example is multiple redundant power generation facilities within a large system involving electric power transmission.

Separate articles cover long-distance electric power transmission and electric power distribution.