Higher voltage and effectively unlimited current.
Sagging Power LinesIn the summer, power lines warm up with the weather. Since materials expand when they get warm, the power lines stretch out and sag. The opposite happens in the winter, as the power lines get colder, they contract. Also, in the summer the electrical load on the line is generally greater. This in turn causes increased temperature and can lead to the line sagging.
A pylon holds up the wires carrying electricity. If there were no pylons the wires would drag onto the floor and if you were to tread on them you would get electrocuted by the wires.
Well plastic is a insulator which causes the electrons (also known as electricity) to stay in place. So wires are electrical conductors which means electrons to flow through it and since humans are "fair" electrical conductors it will cause us to get shocked from the electrical charges. Understand? :)
Some facilities use the UL color coding that a Yellow or Orange wire in an Electrical Panel shows the source power is not fed from the disconnect on the local Panel. These wires in your panel may be fed with a second power source and may be Live when the local disconnect is Off.
There are three plugs in the back of an Echo radio. Before I blew the fuse, this is what I had figured out. The black one, of course, is the antenna. The other two plugs are white(5 wires) and blue(8 wires). The white plug is mainly speaker wires. The blue plug has speaker wires and the power and ground wires. White plug: Black and Gold wires --- right speaker(not sure front or back) Red and White wires --- left speaker(not sure front or back) (Not sure about the white/green striped wire) Blue plug: Purple and Pink wires --- speaker(not sure L or R, front or back) Green and teal wires --- speaker(not sure L or R, front or back) (Not sure about the green wire) Power in blue plug: Grey wire --- Main power(thru ignition) Teal/yellow striped wire --- Accesary power(constant for stations or clock, etc...) White/black striped wire --- Ground As far as the Kenwood, I don't know. That's the wiring, now if anyone can tell me where the fuse is, I would be ever so appreciative. [Fuse box is located below the steering wheel and to the left, in a storage compartment, you must pull back the plastic cover labled "fuse" and the diagram is on the back of that cover. The ACC fuse is for the radio & cig lighter power.]
trougth wires
A power company thyough their mains wires.
your electricity in your home comes from wires under ground or on power lines. it comes from the power company that gets it from wind, solar, nuclear, hydroelectic dams, or from burning coal.
Power lines and phone lines though using the same utility poles are two different sets of wires. Telephone wires carry their own power, separate from the power lines and are insulted while power lines are not. If the telephone wires are unbroken but laying on the ground the wires will not short to ground while an unbroken uninsulated power line will short to ground disrupting service.
Electricity is transmitted through wires. The hydroelectric plant sends electricity through giant wires to a series of transformers. Transformers are devices that change electricity from high voltage to low voltage, and vice versa. The wires are connected to every part of the country.
the power grid
Through wires...
through wires
Electric current flows through wires, but to transmit electric power you need two wires with a voltage between them, connected to a power source.
The power gets to the plugs through wires that are built into the walls.
Electricity is distributed to everyone simultaneously through a complex network called the power grid. Power plants generate electricity, which is then transmitted through high-voltage transmission lines to substations. From there, the voltage is reduced and distributed to individual homes and businesses through local distribution lines. The grid is designed to ensure that electricity flows continuously and reliably to meet the demand of all consumers.
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.