Transportation Field
Rail Transportation
Both urban rail systems—such as subways and light rails—and railway transportation networks, including their stations and line-side facilities, have substantial power demands. Power transformers are essential here: they convert the high-voltage electricity from the grid into voltages that match the requirements of rail transit equipment. This enables them to supply power to critical systems like train traction, station lighting, ventilation, and air conditioning, thus supporting the smooth operation of rail services.
Both urban rail systems—such as subways and light rails—and railway transportation networks, including their stations and line-side facilities, have substantial power demands. Power transformers are essential here: they convert the high-voltage electricity from the grid into voltages that match the requirements of rail transit equipment. This enables them to supply power to critical systems like train traction, station lighting, ventilation, and air conditioning, thus supporting the smooth operation of rail services.
Electric Vehicles
Power transformers are a must for electric vehicle charging facilities. They connect to the power grid and convert its voltage to levels suitable for charging electric vehicles, ensuring reliable charging processes. As electric vehicles become increasingly popular, the demand for supporting charging infrastructure—and the power transformers that make it functional—is growing at a steady pace.
Power transformers are a must for electric vehicle charging facilities. They connect to the power grid and convert its voltage to levels suitable for charging electric vehicles, ensuring reliable charging processes. As electric vehicles become increasingly popular, the demand for supporting charging infrastructure—and the power transformers that make it functional—is growing at a steady pace.
