The cable is sealed by the coolant, and the technical difficulty of the liquid-cooled cable lies in the sealing problem of the coolant. The coolant pipeline must have good sealing to prevent leakage in extreme environments or during use, resulting in failure of the cooling system or safety accidents.
In order to solve the emergence of this problem, cable manufacturers have conducted a number of experiments and tests, and the following is a product introduction. Weather resistance test: Liquid-cooled cables must undergo high and low temperature resistance, corrosion resistance, explosion-proof and other performance tests to ensure that they can still work stably in various harsh environments.
Excellent heat dissipation effect: Liquid cooling technology can efficiently dissipate the heat generated in the cable to prevent the cable from overheating and causing safety hazards.
Improve charging efficiency: Lowering the cable temperature helps to improve charging efficiency, shorten charging time, and enhance user experience.
Extend service life: By reducing thermal damage and aging of the cable, the service life of the liquid-cooled high-voltage cable is extended.
In summary, the liquid-cooled high-voltage cables connected to vehicle equipment have the characteristics of strong current carrying capacity, sophisticated structural design, excellent insulation and materials, high safety and durability, and good portability. At the same time, its technical difficulties are mainly concentrated on the sealing and weather resistance testing of the coolant. These characteristics make liquid-cooled high-voltage cables widely used in vehicle equipment such as electric vehicles, and show significant advantages.
(OMG') High-voltage cable related product recommendations:
https://www.omgevcable.com/ev-cables/ev-high-voltage-cables.html