Application field of electric motors

2025-09-18


Electric motors are widely used in various fields such as information processing, audio equipment, automotive electrical equipment, national defense, aerospace, industrial and agricultural production, and daily life.

Electric motors are widely used in various fields such as information processing, audio equipment, automotive electrical equipment, national defense, aerospace, industrial and agricultural production, and daily life. Here are some typical application scenarios:

In the field of electrical servo drive, the application of special motors is becoming increasingly widespread in situations requiring speed control and position control. For example, the AC servo motor drive system is applied in gravure printing machines, achieving extremely high synchronization and coordination with its high control accuracy.
In the field of transportation: In automobiles, a large number of electric motors are used to control fuel, improve ride comfort, and display device status. As a green transportation tool of the 21st century, electric vehicles are widely valued in various countries, and their driving motors mainly include high-power permanent magnet brushless DC motors, permanent magnet synchronous motors, switched reluctance motors, etc.
In the field of household appliances, the electric motors used in the household appliance industry are undergoing updates, and household appliances driven by high-efficiency permanent magnet brushless DC motors represent the direction of the development of the household appliance industry. For example, currently popular high-efficiency energy-saving variable frequency air conditioners and refrigerators use permanent magnet brushless DC motors to drive their compressors and fans.
In the field of national defense, there is a wide variety of military special motors and components with different specifications, featuring distinct characteristics of miniaturization, digitization, multifunctionality, intelligence, systematization, and networking. For example, traditional torpedo servos have replaced hydraulic mechanical drive systems with electric servos, among which rare earth permanent magnet brushless DC motors meet the special usage requirements of torpedo servo systems.

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Working principle of motor

The working principle of a motor is based on Faraday's law of electromagnetic induction and Ampere's law of force, with the core being the rotation of a current carrying conductor under force in a magnetic field.

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