Difference Between Motor and Generator

In physics, the difference between an engine and an ‘electricity’ generator is probably the most frequently asked question. In this article, the main differences between electric motor and generator are given here. The differences between engines and generators given here are in tabular form for clarity and clarity.

Difference Between Motor and Generator

Before going through the differences between motors and generators, it is important to know what they are. their functions, structure and other related characteristics. For more information on electric motors and generators,

These were the main differences between engines and generators that could be asked in the exams. Students interested in engineering courses must have a thorough knowledge of engine and generator concepts. For more information on generators and motors as well as their basics, see the articles below.

What is Motor?

A motor is a form of electrical device that transforms electrical energy into mechanical energy. Electric motors take power from a direct current source, such as a battery, motor, or rectifier, or an alternating current (AC) source, such as a power grid, inverter, or generator.

What is a Generator?

The generator works with reverse power flow, converting mechanical energy into electrical energy.

Difference Between Motor and Generator

Motor Generator
Transforms electrical energy into mechanical form of energy.  Transforms mechanical form of energy into electrical energy.
Its function is based on a current-carrying conductor that perceives a force when it is held in a magnetic field.  Its process relies on electromagnetic induction.
A motor follows Fleming’s left-hand rule A generator follows Fleming’s left-hand rule
The shaft of an electric motor is propelled by a magnetic force generated between the armature and the field. An electric generator’s motor is coupled to the rotor, which is powered by mechanical force.
It is driven by electricity. It produces electricity.
Current is fed to the primary coil winding that flows in a motor. Current is generated in the armature winding of a generator.
For motor, power grids and electrical supply are the source of energy Steam turbines, water turbines, and internal combustion engines are all examples of power grids.
The circuit receives outback electromotive force from the electric motor. The generator sources electromotive force to the connected load.


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