High voltage AC could be transmitted over long distances with lower voltage drops (thus greater transmission efficiency), and then conveniently stepped down to low voltages for use in homes and factories. When Tesla introduced a system for alternating current generators, transformers, motors, wires, and lights in
November and
December of
1887, it became clear that AC was the future of
electric power distribution.High voltage AC could be transmitted over long distances with lower voltage drops (thus greater transmission efficiency), and then conveniently stepped down to low voltages for use in homes and factories. When Tesla introduced a system for alternating current generators, transformers, motors, wires, and lights in
November and
December of
1887, it became clear that AC was the future of
electric power distribution.
From Wikipedia, the free encyclopedia