Power system: Dry transformers can be widely used in transmission systems, distribution stations and industrial plants. They can provide the highest input and output voltages to meet a variety of electricity needs. In addition, dry transformers have good insulation and fire performance, which can provide higher security in the power system.

Automation industry: Dry transformers are used in control systems and automation equipment, such as machine tools, steel plants, chemical plants, etc. They can provide stable power supply and accurate voltage output to ensure the reliability and performance of equipment operation.

IT industry: Dry transformers are widely used in data centers, server rooms and other IT equipment power supply systems. Their stable output voltage and low energy consumption provide reliable power supply and protection for IT equipment.

Wind and solar power generation: Dry transformers are also used for voltage conversion in wind and solar power generation systems. They can provide a stable voltage output under changing environmental conditions, enabling efficient operation of power generation systems.

Railway transportation system: dry transformers can be used in the power supply system of railway lines, such as high-speed rail, urban rail transit, etc. Their small size and weight make them suitable for use in confined Spaces. In addition, dry-type transformers are resistant to vibration and shock in railway systems.

Medical equipment: Dry transformers are widely used in medical equipment, such as MRI (magnetic resonance imaging), CT (computed tomography) and so on. They can provide a reliable and stable power supply to ensure the normal operation of medical equipment and accurate imaging results.

In short, dry transformers are widely used in power supply systems in various fields because of their high safety, reliability and adaptability. With the development of technology, the performance of dry transformers will be further improved to provide better power solutions for all walks of life.