The introduction of OSC and PWM oscillator of DC charging...
The introduction of DC charging pile cooling system interface and pipe
In the context of the rapid development of electric vehicles, DC charging pile as an important infrastructure, the design of its heat dissipation system is very important. The following is an introduction to the concept, function and working principle of the interface and pipe of the DC charging module cooling system:
Main component
Concept:
Heat dissipation system interface: The heat dissipation system interface refers to the physical connection point between the charging module and the heat dissipation device, including cables, connectors, etc., which are responsible for transferring the heat generated by the charging module to the heat dissipation system. These interfaces must have good thermal conductivity and electrical insulation characteristics to ensure that heat can be effectively transferred while ensuring electrical safety.
Heat dissipation system pipeline: heat dissipation system pipeline refers to the channel used to transport cooling media (such as air, liquid) in the heat dissipation system. In a DC charging pile, the pipe can be an air duct, used to direct the flow of air, or a pipe in a liquid cooling system, used to transport coolant.
Function:
Function of the heat dissipation system interface: The main function of the heat dissipation system interface is to ensure the heat transfer between the charging module and the heat dissipation system, while ensuring electrical isolation to prevent short circuit or electrical failure. They also help reduce thermal resistance due to poor contact or corrosion, thereby increasing heat dissipation efficiency.
The role of the heat dissipation system pipe: The role of the pipe is to provide a flow path for the cooling medium to achieve the rapid transfer of heat. In air-cooled systems, piping is designed to ensure uniform air flow and cover all heat sources; In a liquid cooling system, the pipe is responsible for transporting the coolant to the heat exchanger to absorb and dissipate heat.
Working Principle:
The working principle of the cooling system interface: in the DC charging pile, the charging module will generate a lot of heat when working at a high load. This heat is transferred to the heat dissipation system through the interface, such as through the thermal grease filled between the power device and the heat sink, to improve the heat transfer efficiency
. The design of the interface should take into account the coefficient of thermal expansion, mechanical strength and durability to meet the needs of long-term operation.
How the cooling system piping works: For air-cooled systems, the piping (duct) is designed to ensure that cold air can flow evenly through the power module, taking away heat, and then exhaust the hot air through the fan
. For liquid cooling systems, the pipe is responsible for transporting the coolant to the heat exchanger, absorbing the heat generated by the module, and then transferring the heat to the cooling device, such as a radiator or cooling tower, and finally releasing the heat into the environment
.
DC CHARGING PIlE SERIES
DC charging pile is an efficient charging facility for electric vehicles, which uses direct current (DC) to directly charge the vehicle battery, significantly reducing the charging time. Compared with traditional AC charging piles, DC charging piles are able to provide higher power output and can usually charge an EV to 80% of its capacity in 30 minutes, providing users with a convenient charging experience.
Extended reading
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