For a long time, energy has been a hot and difficult issue in economic development. In the Ten-25 Plan outline, energy conservation and environmental protection is a key content, which proposes green development and building a resource-saving and energy-friendly society. New energy vehicles are one of them. .Under such a general trend, more and more social public service vehicles, industrial motorcycles, etc. are gradually developing in the direction of new energy. Charging piles are used as energy supply devices for new energy gas vehicles, and their charging performance directly affects the battery. The service life of the battery pack. As the core component of the charging pile, the transformer’s various performance parameters are directly related to the performance of the charging pile.

The core of our charging pile transformer is made of high-quality cold-rolled silicon steel, which has a flexible structure and high mechanical strength; the coil is wound with enameled wire or foil, and the internal resistance of the product is small. The coil has built-in air channels, strong ventilation, and large heat dissipation area; the transformer can Equipped with a temperature detection and protection system, the protection function is automatically realized through the bypass control system.

Its advantages can be roughly divided into the following points:

1. Safe, fireproof, pollution-free, and can be run directly in the load center;

2. High mechanical strength, strong short-circuit resistance, small partial discharge, good thermal stability, high reliability and long service life;

3. Low loss, low noise, obvious energy saving effect, maintenance-free;

4. Good heat dissipation performance, strong overload capacity, and can increase capacity operation when forced air cooling;

5. Good moisture-proof performance, suitable for operation in high humidity and other harsh environments;

There are many advantages of the industrial locomotive charging transformer, including its strong overload capacity, but low no-load loss. The smaller the no-load current, the lower its consumption, very good heat dissipation performance, and overheating protection. The electrical characteristics of the transformer The performance is safe and reliable, and the temperature rise is very low, so the thermal stability is better. It is very convenient to transport and install, easy to use, green and environmentally friendly, and maintenance-free; it has low loss, high performance, and is excellent value for money.

The iron core of the industrial locomotive charging transformer is made of high-permeability cold-rolled silicon steel sheets, so the seams are small, the noise is small, the service life is longer than normal, and it is durable. It is the preferred product in the charging process of industrial locomotives, and It can also be customized according to customer needs.

Electrical parameters Industrial locomotive charging transformer Rated power:5.5KVA Rated input: 0-190V-200V-208V-220V AC Rated output:AC 53V\/60A Working frequency:50\/60Hz Number of phases: 3φ Connection method: Y\/y0 Insulation level: CLASS F Altitude: less than or equal to 1000 Winding material: copper

Electrical parameters PFC inductor Rated voltage: DC 320V Rated current: DC 30A Rated inductance: 320uH±15 percentage@20KHz, 1V, DC30A Magnetic core: Iron silicon T250-060A2pcs