Basic Introduction:

The Dry-Type Transformer, also known as a dry-type transformer, is a transformer that does not use oil as the insulating medium. Its insulation is mainly provided by air or other dry gases, with special insulating materials (such as epoxy resin, fiberglass, etc.) used to separate electrical currents and prevent arcs. Since it does not use transformer oil, the dry-type transformer offers higher safety and environmental friendliness.

Main Advantages:

High Safety:
The absence of transformer oil reduces the risk of fire, making dry-type transformers particularly suitable for densely populated areas or locations with special safety requirements.

Environmental Friendliness:
As it does not contain oil, dry-type transformers avoid the problem of oil leakage and environmental pollution, complying with environmental protection standards.

Easy Maintenance:
The simple structure of dry-type transformers eliminates the need for regular oil replacements and reduces operational maintenance costs.

High Reliability:
With high-quality insulating materials, dry-type transformers offer excellent mechanical strength and electrical performance, ensuring stable operation and low failure rates.

Strong Adaptability:
Dry-type transformers can be equipped with protective enclosures of various protection levels to suit different operating environments. Additionally, they have good moisture resistance and can operate stably in harsh environments, including high temperatures and humidity.

High Intelligence:
Modern dry-type transformers can be equipped with advanced temperature protection systems, intelligent temperature control systems, and monitoring capabilities. They can automatically detect and display operational temperatures, with features such as automatic fan control, alarms, and evacuation functions.

Application Areas:

Dry-type transformers have a wide range of applications, including in power systems, industrial sectors, construction, commercial facilities, IT industries, wind power and solar power generation systems, railway transportation systems, and medical equipment. In power systems, dry-type transformers are used in the distribution transformer systems of power transmission and distribution stations, ensuring the stability and reliability of power supply. In industrial settings, they provide stable and reliable power for various equipment and machinery. In construction and commercial applications, dry-type transformers are used to build stable and efficient power distribution systems.