Dry-type transformers are mainly used in which areas

City construction and high-rise buildings:

Application Scenario: Dry-type transformers are commonly used in urban construction to supply power to high-rise buildings, commercial centres, office buildings, etc.
Advantages: Due to their oil-free design, they do not generate oil pollution in urban environments and their relatively small size makes them suitable for installation inside buildings.

Industrial Sector:

Application scenarios: industrial equipment, manufacturing lines, large machinery and equipment, etc.
Advantages: Dry-type transformers are more adaptable to environmental conditions and are not easily affected by factors such as dust and moisture. Their high reliability and low maintenance requirements make them ideal for industrial applications.

Commercial and Public Facilities:

Application Scenarios: Commercial buildings, hospitals, schools, shopping centres, etc.
Advantages: Due to its oil-free and non-polluting characteristics, the dry-type transformer is suitable for public places with high requirements for environmental friendliness and safety. Their relatively low maintenance costs also meet the needs of commercial facilities.

Wind and solar power stations:

Application Scenario: Dry-type transformers are commonly used for converting and boosting power in wind and solar farms.
Advantages: In the renewable energy sector, dry-type transformers are favoured due to their fire resistance and low maintenance requirements. Their reliability and long service life are particularly important for power stations located far from cities.

Special environmental and safety requirements:

Application scenarios: Underground facilities (e.g. metro stations, underground car parks), flammable or explosion-endangered locations.
Advantages: Due to the fire resistance of dry-type transformers, they are relatively safe for use in flammable environments. In underground applications, their oil-free design also reduces the risk of oil contamination.