Through a lot of wires. Electricity flows through copper wire easily so it is used in wires.
The voltage produced by the generator is stepped up to a suitable transmission voltage (typically 24Kv to 138Kv, depending on the system) with a transformer. That 138Kv is transferred over high tension lines to a substation in your neighborhood. There it is stepped back down to a suitable distribution voltage (typically 138Kv to 13.2Kv, again, depending on the system). That 13.2Kv is then distributed using medium tension lines to another transformer appropriate for your local service, typically 13.2Kv to 240/120V, where it enters your home at the service entrance.
Systems vary, depending on region and country. This example is typical for the National Grid system in New York and New England.
It is not practical for you to have your own nuclear power plant at home, however, it is perfectly practical for you to use electricity that has been generated in a nuclear power plant and then transmitted to your home through power lines.
The energy from a power plant gets to your home by going on transmission lines and going through different substations and transformers so the voltage is reduced low enough so it is safe to go into your homes.
A hydroelectric power plant makes energy by spinning turbines that turn generators to create energy.water is taken in from lake thrue pipesthe pipes then carry the water to the turbinesThe turbines spin turning a generatorthe generator generates electricity sending it into power linesthe power lines carry the power to the power plantthe power plant sends the power to your home
A power plant produces electricity (electromagnetic energy) which is delivered to a user's home. There is no transformation as electric power is created at the plant, delivered via the power grid and used in the home.
Energy gets from the power plant to customers via the power grid (high voltage power lines).Transmission lines that generally operate at high voltages are responsible for long distance delivery of electricity. Substations step the voltage down to deliver it locally, and Transformers further step down the voltage to deliver it to the customer.Note: There are no energy transformations invloved in this process. The power plant (whatever kind it might be) produces electricity (electromagnetic energy), and this is delivered to a user via the power grid. For energy transformation in power plants, refer to those specific questions.
It is not practical for you to have your own nuclear power plant at home, however, it is perfectly practical for you to use electricity that has been generated in a nuclear power plant and then transmitted to your home through power lines.
The energy from a power plant gets to your home by going on transmission lines and going through different substations and transformers so the voltage is reduced low enough so it is safe to go into your homes.
i have aplant that eats you-> And I do have a thermonuclear power plant that supplies energy for my home-made Small Hadrone Collider (SHC).
A hydroelectric power plant makes energy by spinning turbines that turn generators to create energy.water is taken in from lake thrue pipesthe pipes then carry the water to the turbinesThe turbines spin turning a generatorthe generator generates electricity sending it into power linesthe power lines carry the power to the power plantthe power plant sends the power to your home
Bioenergy is a unique type of energy because it converts biomass into fuel and power. Bioenergy can be installed in a home by simply calling a bioenergy plant.
Energy gets from the power plant to customers via the power grid (high voltage power lines).Transmission lines that generally operate at high voltages are responsible for long distance delivery of electricity. Substations step the voltage down to deliver it locally, and Transformers further step down the voltage to deliver it to the customer.Note: There are no energy transformations invloved in this process. The power plant (whatever kind it might be) produces electricity (electromagnetic energy), and this is delivered to a user via the power grid. For energy transformation in power plants, refer to those specific questions.
A power plant produces electricity (electromagnetic energy) which is delivered to a user's home. There is no transformation as electric power is created at the plant, delivered via the power grid and used in the home.
Energy gets from the power plant to customers via the power grid (high voltage power lines).Transmission lines that generally operate at high voltages are responsible for long distance delivery of electricity. Substations step the voltage down to deliver it locally, and Transformers further step down the voltage to deliver it to the customer.Note: There are no energy transformations invloved in this process. The power plant (whatever kind it might be) produces electricity (electromagnetic energy), and this is delivered to a user via the power grid. For energy transformation in power plants, refer to those specific questions.
through wires
Through wires...
50%
It comes along wires in the street that take the power from a transformer. The transformer is fed by wires working at a higher voltage, and there are usually several transformer stages at different voltage levels leading back to the nearest power plant.