Dry-type transformers rely on air for heat dissipation instead of insulating oil, which puts them ahead of conventional oil-filled transformers in safety and eco-friendliness. Thanks to their space-saving build and flame-retardant insulation structure, these units can be set up inside indoor power stations, tunnel spaces, underground premises and industrial zones with dense personnel activity.
Mining sites present tough working conditions for transformers: thick dust, constant mechanical vibration, damp air and frequent swings in power load. We tailor dry-type transformers with strengthened insulation layers, anti-rust surface coatings and mature heat control setups, so the equipment runs steadily amid such severe surroundings.
Rail transit networks rely heavily on steady voltage to keep traction drives, signal gear, station power gear and tunnel distribution systems functioning normally. Dry-type transformers stand out with strong overload resistance, minimal partial discharge and quiet running features, perfectly fitting subway stations, railway power substations and urban transit power grids.
Heavy manufacturing factories run transformers under sustained high load demands. Bespoke transformer setups can fine-tune voltage stability, cut down power waste and lift the overall power supply quality for all production lines within the plant.
