Transformer

Used for connecting two voltage levels of the power system. These transformers have two windings, corresponding to different voltage levels, which enable the rise and fall of voltage and the conversion of current.

Used to connect three voltage levels of power system equipment, usually in regional substations.

Equipment specially designed to generate high voltages for withstand voltage tests or high current tests of electrical equipment.

For single-phase loads and in combination with three-phase transformers. This type of transformer plays the role of step-up or step-down in the power system and is particularly suitable for single-phase power supply systems.

It is used for step-up and step-down voltage in three-phase systems. This transformer plays a key role in power systems, especially in regional substations, as it can connect three different voltage levels.

Used for step-up or step-down in transmission and distribution systems. These transformers play a key role in power systems, ensuring that power is efficiently transmitted from the power plant to the customer's end.

Suitable for power transmission and distribution, industrial power supply, commercial and residential power supply, power plant power boosting, and power supply for railroads and rail transit.

Used for small capacity applications such as local lighting and electronic circuits.

Dry-type transformers are electrical devices that operate without the use of liquid coolants, such as oil. They are designed to provide efficient and safe power transformation, making them suitable for a variety of applications, particularly in indoor environments where the risk of fire is a concern.

Used to connect ultra-high voltage and large capacity power systems. It can not only be used to connect power systems of different voltages, but also as a regular step-up or step-down transformer.

Suitable for various power systems and electronic devices, especially common in the application of high-voltage power transformers.