Important Storm Message: We anticipate our entire territory will be restored by 11:59 p.m., Saturday, Oct. 12. Exceptions apply to homes with damage to customer-owned electrical equipment. If you are without power, please check your meter base and weather head for damage. If repairs are needed, please have them performed by a licensed electrician and inspected by the City or County and then contact us to reinstate the service. Disconnects for non-payment are suspended for all customers. For storm information, visit OUC’s Storm Center.

 Mensaje importante sobre la tormenta: Anticipamos que el servicio en todo nuestro territorio se restablecerá a las 11:59 p. m. del sábado 12 de octubre, con excepciones a hogares con daños en el equipo eléctrico propiedad del cliente. Si no tiene electricidad, verifique la base del contador y el cabezal de entrada para ver si hay daños. Si necesita reparaciones, solicite que las realice un electricista autorizado y que las inspeccione la ciudad o el condado y luego comuníquese con nosotros para restablecer el servicio. Las desconexiones por falta de pago están suspendidas para todos los clientes. Para obtener información sobre la tormenta, visite el centro de tormentas de OUC.
Generation and Restoration

Generation & Restoration

When things are running normally, power delivery is as automatic as a heart pumping blood. But what happens when things aren’t running normally? Our simplified explanation of power generation will help to make sense of how utilities restore power when there’s an interruption.

How Does Electricity Get to My Home?


Where Does My Power Come From?

OUC's electric distribution system works much like the human circulatory system. Just as blood flows from your heart by way of arteries through shoulders and arms to get to your fingers, electricity does much the same to get to your home. View the list below to see how the process works.

Power Generation

  1. Electricity flows from a power plant through high-voltage transmission lines.

  2. At substations, transformers reduce voltage and re-route electricity to main feeder lines, or circuits, that take power into the community. Each feeder line is protected by a circuit breaker.

  3. Lateral lines connected to main feeder lines route electricity through smaller areas like neighborhoods and subdivisions.

  4. Nearing the end of the line, transformers on individual poles reduce voltage and distribute electricity to homes and businesses. Typically, one transformer services about four homes.

  5. The electric connection at your house is the last stop for electricity.