The purpose of repairing the stator of an electric motor is to generate a magnetic field and serve as a mechanical support for high-voltage motors. The stator of an electric motor consists of three parts: the stator core, stator winding, and frame. The stator winding is embedded in the stator core, generating induced electromotive force when passing current, achieving electrical energy conversion. The main function of the base is to fix and support the stator core. During the operation of high-voltage motors, the heat generated due to internal losses is transmitted to the base through the iron core, and then dissipated into the surrounding air by the surface of the base. In order to increase the heat dissipation area, high-voltage motors are generally designed with heat dissipation fins on the outer surface of the base.

The rotor of a high-voltage motor consists of a rotor core, rotor winding, and shaft. The rotor core is also part of the magnetic circuit of the motor. The function of the rotor winding is to induce electromotive force and generate electromagnetic torque through current. The shaft is the main component that supports the weight of the rotor, transmits torque, and outputs mechanical power. Shanxi Electric Machinery sells high-voltage motors, Yzr motors, and Yr motors to the outside world all year round. If you have any needs, please come and purchase them.

In 1812, he first proposed the idea of the connection between light and electromagnetism. In 1822, he conducted experimental research on the compressibility of liquids and gases. Aluminum was extracted in 1825, but its purity was not high. In acoustic research, he attempted to discover the electrical phenomena caused by sound. His last research work was diamagnetism. He is a passionate teacher who values scientific research and experimentation. He said, "I don't like boring lectures without experiments. All scientific research starts with experiments. Therefore, it is welcomed by students. He was also an outstanding lecturer and natural science popularization worker, and in 1824, he initiated the establishment of the Danish Association for the Promotion of Science, creating a physical laboratory in Denmark. In 1908, the Danish Association for the Promotion of Natural Sciences established the "Oster Medal" to recognize physicists who made significant contributions. In 1934, the magnetic field intensity unit in the CGS unit system was named after "Auster". In 1937, the American Association of Physics Teachers established the "Auster Medal" to reward physics teachers for their contributions to physics teaching.