Power transformer use

Today's equipment is inseparable from transformers, so how does it work? Intelligent manufacturing companies generally use electric power as the power source, and the electric power from power stations must be transmitted over long distances to reach users. Electricity area. When the transmitted output power moves at a constant speed, the higher the transmitted working voltage, the smaller the amount of current required. Because the current is proportional to the amount of current. So what exactly does a power transformer do?

Line loss is proportional to the square meter of current, so using a higher power grid voltage can achieve lower line pressure drop and line loss. It is currently technically very difficult to produce a generator set with a very high voltage, so we have to Specially made equipment is used to increase the voltage at the generator end and then convey it out. This kind of specially made equipment is a transformer.

At the same time, at the power receiving end, a step-down transformer must be used to reduce the high voltage to the voltage of the distribution equipment system. Therefore, a series of distribution transformers must be used to reduce the high voltage to an appropriate value for use. In order to give everyone a deeper understanding of the role of transformers, the editor below will explain the detailed knowledge:

1. What is the function of household transformer?

1. The most important function of a household transformer is to protect power transmission and communicate with high-voltage transmission. In the power transformer, the transformer converts the primary voltage to the secondary for power transmission.

2. Convert the working voltage from high voltage to low voltage in the power line to the final voltage application. The input voltage on the power transformer is converted into various levels of voltage required by the user through the transformer, providing a variety of application environments for food, clothing, housing, transportation, and industrial production.

3. For signal transmission from another transformer, the magnetic protection in the transformer means that the transformer is used to transmit the signal, which is stable and reliable.

4. The protective driver of the transformer provides the driver with different rated voltages according to the protection. Wait, wait, there are many applications for transformers. These are just a few points I analyzed from the perspective of power transformers. I hope I can analyze them from other perspectives.

2. Summary of this article

It can be inferred that a transformer is a static magnetic induction appliance that transmits alternating current energy by changing the voltage. In the power supply system, the role of transformers is very important. They not only need to be large in number, but also have good performance and reliable operation.

In addition to being used in power supply systems, transformers are also used in factories and mines that require special power supplies. For example: electric furnace transformers for smelting plants, titanium electrodes or rectifier transformers for chemical plants, welder transformers for electric welding, test transformers for experiments, traction belt transformers for transportation, and reactors for compensation, Arc suppression coils for maintenance, transformers for accurate measurement, etc. The above are some knowledge points about power transformers. I hope you can continue to accumulate them during the learning process.