Common specifications of liquid cooling charging cables:

Common specifications for liquid-cooled charging cables typically include details on structural design, conductor materials, cooling systems, and electrical performance. details as follows:

Structural design: Taking a typical liquid-cooled charging pile cable as an example, its structure may include control wire cores, coolant outlet pipes, semicircular conductors (power wires), coolant inlet pipes, ground wires, auxiliary power wire cores, Sheaths, filling materials and straps. This design facilitates efficient thermal management and ensures that the cables efficiently transfer power and data between different components.

Conductor material: Main power lines and ground wires usually use Category 5 bare copper stranded conductors, while auxiliary power lines and control wires use Category 6 bare copper stranded conductors. The design and manufacturing process of these conductors is designed to provide good electrical conductivity and cooling efficiency.

Cooling system: The design of the liquid-cooled charging cable allows cooling liquid to flow through the built-in flow channels, thereby absorbing and transferring the heat generated by the cable during the charging process. The efficient performance of this cooling system is one of the key factors that enable liquid-cooled cables to achieve high power transmission.
Electrical performance: The design of liquid-cooled charging cables also needs to meet high-power transmission requirements. For example, some liquid-cooled supercharging terminals can provide a maximum power of up to 600kW to achieve a fast charging experience. In addition, liquid-cooled charging cables should also have good information transmission and automatic control capabilities to support data communication and intelligent control during the charging process.

To sum up, the specifications of the liquid-cooled charging cable are to ensure that the stability and safety of the device can be maintained while providing fast charging. These parameters are usually optimized and designed by manufacturers based on different application scenarios and needs.

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