An emf is induced in a coil as a result of (1) a coil cutting through a magnetic field, or (2) a magnetic field cutting through a coil. As long as there is relative motion between a conductor and amagnetic field, a voltage will be induced in the conductor. That part of a generator that produces the magnetic field is called the field. That part in which the voltage is induced is called the armature. Forrelative motion to take place between the conductor and the magnetic field, all generators must have two mechanical parts - a rotor and a stator. The ROTor is the part that ROTates; the STATor is the part that remains STATionary. In a dc generator, the armature is always the rotor. In alternators, the armature may be either the rotor or stator. ROTATING-ARMATURE ALTERNATORSThe rotating-armature alternator is similar in construction to the dc generator in that the armature rotates in a stationary magnetic field as shown in figure 3-1, view A. In the dc generator, the emf generated in the armature windings is converted from ac to dc by means of the commutator. In the alternator, the generated ac is brought to the load unchanged by means of slip rings. The rotating armature is found only in alternators of low power rating and generally is not used to supply electric power in large quantities.
Back up generators
Hydroelectrical.
Electrical (alternating current)
Electrical generators have sliding magnets that go back and forth to create mechanical energy in them....and that's why they are related.
No, is it not permissible to synchronise two generators with no common electrical load to be exactly out of phase. Doing so would represent a double short circuit to both generators, and possible destruction of both generators. Whether it is possible or not depends on the design of the synchronizing circuit and/or the stupidity of the operator.
The Alternator is a component that acts like an electrical generator, charging a battery and powering necessary electrical systems. They are usually used in place of generators because they are lighter in weight, simpler to operate, and produce alternating current.
Computers rely on the flow of electrons, to not only operate but to perform the counting with regard to the binary code. The flow of electrons may come from most sources of electrical charge, i.e. battery powered (direct current) or alternating current from electrical generators (alternating current). Any source will be converted regulated to get the desired voltage. Ray Phillips
The introduction of alternating electrical current, in 1920, eliminated the need for a return wire. Alternating current, AC, replaced direct current, DC.
Yes
Turbines spin generators that produce electrical energy.
Electrical generators
All of the electricity that is on the electrical grid comes from generators. The prime movers of the generators is what differs.
ya in electrical generators
No, generators produce electrical energy when they are spun. Nuclear energy produces steam which spin generators.
we use generators to create electrical energy. without them, no one would have power.
A generator transform kinetic energy to electrical
alternating current