Linked from

The 16 pages that link to Three-phase electric power, each with the reason it gives.

• Alternating currentBroader topic: Three-phase AC delivers steady power and drives many industrial motors.

• Electric power transmissionBroader topic: Most high-voltage transmission networks use three phases to carry power smoothly and economically.

• Electric power systemBroader topic: Three-phase circuits efficiently carry power through much of the grid.

• Electric power distributionRelated: Three-phase supply carries power efficiently through many distribution feeders.

• Induction motorRelated: Three-phase stator currents naturally create a smoothly rotating magnetic field.

• Synchronous generatorRelated: Most large synchronous generators produce three-phase power.

• Overhead power lineRelated: Most overhead transmission circuits use three phase conductors to deliver grid power.

• War of the currentsBroader topic: Three-phase AC made large-scale power transmission and industrial motors practical.

• Transmission lineRelated: Most bulk transmission lines carry three-phase power, balancing power delivery across conductors.

• Mains electricityBroader topic: Many commercial buildings receive three-phase mains for large or balanced loads.

• Linear motorRelated: Three-phase windings can create the moving magnetic field used in many linear motors.

• SubstationRelated: Most utility substations handle three-phase power across their main circuits.

• SupergridRelated: Regional AC grids grew around this system; supergrids add long-distance links between them.

• AC powerBroader topic: Three-phase AC supplies large industrial loads and most high-power transmission systems.

• Distribution boardRelated: Commercial and industrial boards often distribute three-phase supplies to loads and branch circuits.

• Overhead cableRelated: Power lines commonly use separate overhead conductors for the three phases.