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through: wires, Transformers, breakers, switches, etc.

Something like:

  1. Power plant wires carry electricity to plant switching farm.
  2. Switches in switching farm direct electricity to step-up transformer for a transmission line.
  3. Step-up transformer increases voltage to reduce transmission losses.
  4. Wires from step-up transformer go to high voltage breaker to protect switching farm from transmission line current spikes.
  5. Transmission line wires attach to breakers and leave plant switching farm.
  6. Transmission line wires run hundreds of miles to consumer locations.
  7. Transmission line wires enter a distribution switching farm and attach to high voltage breakers to protect switching farm from transmission line current spikes.
  8. Wires from breakers go to step-down transformer to decrease voltage for safe distribution.
  9. Wires from step-down transformer go to switches in switching farm.
  10. Switches in switching farm connect electricity to desired distribution lines.
  11. Each distribution line has breakers on it to protect the switching farm and the line.
  12. Distribution lines run to various neighborhoods.
  13. At each customer location the distribution line connects to a step-down transformer to reduce the voltage to what the customer needs (e.g. U.S. residential 120V/240V 2phase).
  14. Wires connect the step-down transformer to the customer's fuse/breaker box and distribution panel.
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12y ago
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