The difference between motor and generator electric motor and generator are different factors, such as the main principle of the work or function of motor and generator.
The driving factor for consuming or producing electricity is the current in the winding.
Fleming's law follows electric motors and generators.
The similarities and differences of the relationship between motors and generators are described below in the form of a table.
From a structural point of view, motors and generators are almost similar because they both have stators and rotors.
The main difference between the two is that the motor is an electrical device that converts electrical energy into mechanical energy. Generators and vice versa. It converts mechanical energy into electrical energy.
The difference between a motor and a generator is as follows: a motor converts electrical energy into mechanical energy, while a generator is the opposite.
Electricity is used in the motor, but the generator generates electricity.
The shaft of the motor is driven by the magnetic force generated between the armature winding and the excitation winding, while in the generator, the shaft is connected to the rotor and driven by mechanical force.
In the case of a motor, current is supplied to the armature winding, while in the generator, current is generated in the armature winding.
The Motor follows Fleming's left-hand rule and the Generator follows Fleming's right-hand rule.
An example of an electric motor is an electric car or bicycle, in which current is supplied to the machine or equipment, and the current is converted into mechanical motion, so the car or bicycle moves.
An example of a generator is that in a power station, a turbine is used as a device to convert mechanical energy from water flowing out of a dam to generate electrical energy.
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