·  Safety and Environmental Protection: Dry-type transformers do not use oil or other flammable liquids, avoiding the risk of fire and environmental pollution, and meeting environmental protection requirements.

·  ·  Easy Maintenance: Since no oil is used, dry-type transformers do not require regular oil level checks or oil replacement, reducing maintenance costs and workload.

·  ·  High Temperature Resistance: Dry-type transformers generally use insulating materials and can operate normally in high-temperature environments, offering strong heat resistance, making them suitable for high-temperature or hazardous gas environments.

·  ·  Wide Application: Dry-type transformers are widely used in urban power systems, commercial buildings, metallurgy, power, petroleum, chemical industries, and other fields, particularly in locations requiring fire protection, explosion-proofing, and environmental protection.

·  ·  Low Noise: The operating noise of dry-type transformers is typically low, making them suitable for applications where noise levels are a significant concern.

·  ·  High Efficiency: Dry-type transformers typically adopt efficient cooling methods, providing better energy conversion efficiency, making them ideal for locations requiring long-term stable operation.

·  ·  Good Fire Resistance: Because they do not use oil-based liquids for cooling, dry-type transformers offer higher fire resistance, especially suitable for flammable and explosive environments.