Arrange properly on how electricity gets into your house 25. Electricity is then taken through the lines to a pole transformer - or a transformer box if underground - then the voltage is lowered again to 120 or 220 or 240 volts. 26. Electricity flows from the power plant through wires to the step-up transformer. The transformer raises the voltage so it can travel long distances - it is raised to as high as 756,000 volts. 27. The turbine spins a huge magnet inside a copper wire. Heat energy converts to mechanical energy which then converts to electrical energy in the generator. 28. From there, electricity comes into your home through a service box, where your meter is located to measure electrical consumption. Wires take electricity around your home, powering your lights and all your other electrical appliances. 29. Electricity is generated in the power plant by hydroelectric, nuclear, wind, solar or geothermal energy. 30. The electric current then runs through the power lines to the substation transformer where voltage is lowered between 2000 and 13000 volts.
Arrange properly on how electricity gets into your house 25. Electricity is then taken through the lines to a pole transformer - or a transformer box if underground - then the voltage is lowered again to 120 or 220 or 240 volts. 26. Electricity flows from the power plant through wires to the step-up transformer. The transformer raises the voltage so it can travel long distances - it is raised to as high as 756,000 volts. 27. The turbine spins a huge magnet inside a copper wire. Heat energy converts to mechanical energy which then converts to electrical energy in the generator. 28. From there, electricity comes into your home through a service box, where your meter is located to measure electrical consumption. Wires take electricity around your home, powering your lights and all your other electrical appliances. 29. Electricity is generated in the power plant by hydroelectric, nuclear, wind, solar or geothermal energy. 30. The electric current then runs through the power lines to the substation transformer where voltage is lowered between 2000 and 13000 volts.
Arrange properly on how electricity gets into your house 25. Electricity is then taken through the lines to a pole transformer - or a transformer box if underground - then the voltage is lowered again to 120 or 220 or 240 volts. 26. Electricity flows from the power plant through wires to the step-up transformer. The transformer raises the voltage so it can travel long distances - it is raised to as high as 756,000 volts. 27. The turbine spins a huge magnet inside a copper wire. Heat energy converts to mechanical energy which then converts to electrical energy in the generator. 28. From there, electricity comes into your home through a service box, where your meter is located to measure electrical consumption. Wires take electricity around your home, powering your lights and all your other electrical appliances. 29. Electricity is generated in the power plant by hydroelectric, nuclear, wind, solar or geothermal energy. 30. The electric current then runs through the power lines to the substation transformer where voltage is lowered between 2000 and 13000 volts.
Arrange properly on how electricity gets into your house
25. Electricity is then taken through the lines to a pole transformer - or a transformer box if underground - then the voltage is lowered again to 120 or 220 or 240 volts.
26. Electricity flows from the power plant through wires to the step-up transformer. The transformer raises the voltage so it can travel long distances - it is raised to as high as 756,000 volts.
27. The turbine spins a huge magnet inside a copper wire. Heat energy converts to mechanical energy which then converts to electrical energy in the generator.
28. From there, electricity comes into your home through a service box, where your meter is located to measure electrical consumption. Wires take electricity around your home, powering your lights and all your other electrical appliances.
29. Electricity is generated in the power plant by hydroelectric, nuclear, wind, solar or geothermal energy.
30. The electric current then runs through the power lines to the substation transformer where voltage is lowered between 2000 and 13000 volts.
Flow of electric charges through a conductor.
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