How does the alternator work?
Electricity generation is the change of form of energy. If you have mechanical energy, you can convert that mechanical energy into electrical energy. For this, all you need is an electric generator.
Generators basically consist of an armature and a stator. It can be made up of armature and stator windings, or the stator can be designed with a permanent magnet.
The logic of the operation of an electric machine is explained most fundamentally by the laws of induction and Lenz. According to the law of induction, the flux coming perpendicular to the plane formed by a conductor remaining in the magnetic field causes the formation of a voltage at the ends of the conductor. According to Lenz's law, if a conductor remaining in the magnetic field is moved at a certain speed, a voltage occurs between the two ends of the conductor.
The alternator stator is the source of the electric field. If the stator is made of coil windings, a magnetic field is created by an external source across the coils. Or, by placing permanent magnets on the stator, the magnetic field is created by permanent magnets.
How does the alternator work?
Electricity generation is the change of form of energy. If you have mechanical energy, you can convert that mechanical energy into electrical energy. For this, all you need is an electric generator.
Generators basically consist of an armature and a stator. It can be made up of armature and stator windings, or the stator can be designed with a permanent magnet.
The logic of the operation of an electric machine is explained most fundamentally by the laws of induction and Lenz. According to the law of induction, the flux coming perpendicular to the plane formed by a conductor remaining in the magnetic field causes the formation of a voltage at the ends of the conductor. According to Lenz's law, if a conductor remaining in the magnetic field is moved at a certain speed, a voltage occurs between the two ends of the conductor.
The alternator stator is the source of the electric field. If the stator is made of coil windings, a magnetic field is created by an external source across the coils. Or, by placing permanent magnets on the stator, the magnetic field is created by permanent magnets.
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