A radiator with a low-noise and quick-release structure

Oil-immersed transformer finned radiators possess advantages such as high heat dissipation efficiency and a compact structure, and are widely applied in the following scenarios:
Power System
Power Plants: In power plants, the electrical energy generated by generators needs to be stepped up by transformers before being transmitted to the power grid. Oil-immersed transformer finned radiators can effectively dissipate the heat generated during the operation of the transformers, ensuring that the transformers can operate stably under various load conditions and guaranteeing the reliable power supply of the power generation system.
Substations: Whether it is a high-voltage substation or a medium-low voltage substation, oil-immersed transformers are key devices for voltage transformation and power distribution. Finned radiators can help the transformers maintain an appropriate oil temperature, ensure their insulation performance and working efficiency, and ensure that the substations can safely and stably transmit electrical energy to different users.
Industrial Field
Steel Plants: A large amount of electricity is required in the steel production process to drive various devices, such as blast furnaces, electric arc furnaces, and rolling mills. Oil-immersed transformers provide the appropriate voltage levels for these devices. Finned radiators ensure the heat dissipation requirements of the transformers during long-term high-load operation, ensuring the continuity and stability of steel production.
Chemical Plants: Chemical production usually features strong continuity and high requirements for power supply reliability. Oil-immersed transformers supply power to various motors, pumps, reaction kettles and other devices in chemical production. Finned radiators can effectively prevent the transformers from malfunctioning due to overheating, and avoid chemical production accidents or product quality problems caused by power outages.
Commercial and Civil Buildings
Shopping Malls: Large shopping malls are equipped with numerous shops, lighting devices, air conditioning systems, etc., which require a large amount of power supply. Oil-immersed transformers convert high-voltage electrical energy into a voltage level suitable for commercial power consumption. Finned radiators ensure that the transformers can operate stably in the power system of the shopping mall while effectively dissipating heat, providing a good environment for customers and merchants.
High-rise Buildings: The elevators, water supply systems, fire protection systems, lighting, etc. in high-rise buildings all rely on reliable power supply. Oil-immersed transformers provide power support for these systems. Finned radiators help the transformers dissipate heat efficiently in a limited space, ensuring the power safety of high-rise buildings and the normal life and safety of residents.
Transportation Field
Railway Traction Substations: In the railway traction substations that provide power for railway electric trains, oil-immersed transformers convert the grid voltage into a voltage suitable for the operation of the trains. Under the complex load conditions generated by the frequent starting and braking of the trains, the finned radiators can promptly dissipate the heat of the transformers, ensuring the stability of the railway power supply system and the safe operation of the trains.
Electric Vehicle Charging Stations: With the popularization of electric vehicles, charging stations have higher and higher requirements for power supply. Oil-immersed transformers provide suitable voltage and electrical energy for the charging piles and other devices in the charging stations. Finned radiators help maintain the normal operating temperature of the transformers, improve the charging efficiency, and ensure the safety and convenience of electric vehicle charging.