High-voltage transformer manufacturers tell you the purpose, principle and components of transformers

Transformers are not very familiar to ordinary people. Everyone always thinks that transformers are a very dangerous thing. There are high-voltage lines and they should not be approached. However, the transformer is a very critical power distribution core area in our life. The manufacturer of high-voltage transformers tells you that in the power system, those less than 10,000V is called low-voltage, and everything else can be called high-voltage. Transformers with a rated voltage of 10,000V and above on the high-voltage side is called high-voltage transformers. It can not only increase the working voltage and spread the power engineering to the power engineering area, but also reduce the working voltage to various working voltages to meet people's daily power engineering requirements. So, what is the main purpose of a transformer?

The high-voltage transformer manufacturer tells you that the transformer converts an AC current and current into another or several different working voltages and currents with the help of the magnetic effect of the current, and is used for power transmission and distribution of the power supply system. Electrical equipment and electricity consumption. To put it simply, our daily power supply voltage is 220 volts, while the output voltage of a general electric pole is actually 10 volts. High-voltage transformer manufacturers tell you that transformers can convert high-voltage lines into 220-volt low-voltage electricity that can be used in our lives.

Because the transformer can convert the electromagnetic energy into a high-voltage, low-current mode during the transmission process, it can be converted back when used, which greatly reduces the loss of electricity during the transmission process, and enables the electromagnetic energy to be economically transmitted to farther places. . That way, thermal power plants can be built in areas that avoid urban areas.

A device that uses the principle of electromagnetic induction to change the AC voltage. Its main components are the primary coil, secondary coil, and iron core. In electrical equipment and wireless circuits, it is often used in buck-boost, impedance matching, safety isolation, etc. High-voltage transformer manufacturers warmly remind us that in the generator, whether the coil moves through the magnetic field or the magnetic field moves through the fixed coil, the electric potential can be induced in the coil. The value of the magnetic flux does not change in both cases, only the amount of magnetic flux in the chain intersecting the coil changes, this is the principle of mutual induction.