The power lines carry alternating electrical current and voltage. This produces an electrical and magnetic field around the wire. Some of the electrical energy thus escapes in the form of electromagnetic radiation. The wires do not carry the radiation. They radiate it because of the electrical power flowing in them.
Canada and US To best explain this, visualize the three primary line that you see on pole tops in industrial areas. The voltage between these three lines is about 14,400 volts. When you see a pod of three Transformers mounted together they are combined into a three phase system. From each of the three high voltage lines the voltage goes through three separate fuses and down to a high voltage bushing in each of the transformers. Inside the transformer the voltage goes through a coil and exits the transformer through a second high voltage bushing. This bushing is tied into the ground pad completing the circuit. This connection puts 7200 volts across the transformers primary coil. The secondary voltages of these transformers are determined by the customer that wants the three phase service. It could be 600,480 or 240 volts. Each single transformer has two output bushings. These bushings can be wired into either a delta or star configuration depending on what the customer ordered. In a single phase service the name is derived from just using one of the three primary lines that are used above. It is the same primary connection, but the secondary is a bit different. The output secondary coil has three bushings coming out of the transformer. On the two outside bushings is the working voltage (house connections 240 volts). The middle bushing is a center tap of the secondary coil. This gives a voltage of (bushing left to center 120 volts) and (bushing center to bushing right 120 volts) These are the the three wires that come into a house for its 120/240 volt service.
No, but they do carry electrical energy.
Power lines are used to move electrical energy from one place to another. In a simple system the power lines would connect a generator to a set of customers. For large amounts of energy thick overhead cables are used, supported by pylons. The largest pylon circuits can carry enough power to supply over a million homes.
The rate at which an electrical device converts energy from one form to another is called electrical power. The rate at which electrical energy is changed to another energy form electrical power.
Energy leaves power plants in the form of AC electricity. There are many types of power plants, but almost all nonrenewable power plants involve the heating of water, then the conversion of that heat energy into kinetic energy through steam, which then spins a turbine to convert that kinetic energy into electric energy, which then leaves the plant through transmission lines.
electrical power
The more electrical energy there is there is more power or wattage which means that the light intensity is higher if there is more electrical energy.
Electrical energy. The whole purpose of power lines is to transfer energy from one place to another, in the form of an electrical current.
Power lines are used to transport or transmit electrical energy from the electrical generator to the customers. Power lines are important for they help factories, commercial buildings and residences have electrical energy.
They allow electrical energy to flow from the source (the power plant) to its destination (homes, businesses, etc)
Electrical motors convert electrical energy into mechanical energy.
The energy used to power a computer is Electrical Energy.
Power lines are used to move electrical energy from one place to another. In a simple system the power lines would connect a generator to a set of customers. For large amounts of energy thick overhead cables are used, supported by pylons. The largest pylon circuits can carry enough power to supply over a million homes.
The rate at which an electrical device converts energy from one form to another is called electrical power. The rate at which electrical energy is changed to another energy form electrical power.
The term, 'power loss', describes the rate of energy losses caused by the load current in the transmission lines
Energy leaves power plants in the form of AC electricity. There are many types of power plants, but almost all nonrenewable power plants involve the heating of water, then the conversion of that heat energy into kinetic energy through steam, which then spins a turbine to convert that kinetic energy into electric energy, which then leaves the plant through transmission lines.
electrical power
An example of electrical energy is large electric power plants generate for electrical energy.
A generator transforms mechanical energy into electrical energy.