一种充电桩液冷电缆导体
By improving the structural design of the liquid-cooled cable and enhancing the contact and flow path between the coolant and the conductor, the problems of low heat transfer efficiency and easy deformation of the outer material in existing liquid-cooled cables have been solved, achieving efficient and uniform cooling effect and cable stability.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- ZHENZHOU HENGTIAN COPPER CO LTD
- Filing Date
- 2024-07-29
- Publication Date
- 2026-07-17
AI Technical Summary
In existing liquid-cooled cable designs, the coolant does not directly contact the conductor, resulting in low heat transfer efficiency and easy deformation of the outer material, affecting the flow of coolant and the stability of the cable.
It adopts a flame-retardant outer tube, a cross-shaped outer shaft tube, a convex inner shaft tube, and a cooling flow structure, including components such as a heat-conducting sleeve, a return sleeve, arc blades, and heat dissipation metal plates. It is designed with a spiral flow path to enhance the contact and flow between the coolant and the conductor, and accelerates heat dissipation through the heat-conducting sleeve.
It achieves efficient and uniform cooling, reduces heat loss, improves cooling efficiency, and ensures the stability and safety of the cable.
Smart Images
Figure CN224519564U_ABST
Abstract
Claims
1. A charging post liquid-cooled cable conductor, comprising: A flame-retardant outer tube, a cross-shaped outer shaft tube, a convex inner shaft tube, a cable conductor, and a cooling drainage structure are characterized in that the convex inner shaft tube is movably inserted into the inner side of the cross-shaped outer shaft tube, the flame-retardant outer tube is fitted onto the outer side of the cross-shaped outer shaft tube, the cooling drainage structure is installed on the cross-shaped outer shaft tube and the convex inner shaft tube, and the cable conductor is inserted into the cross-shaped outer shaft tube and the convex inner shaft tube; The cooling drainage structure includes: a heat-conducting sleeve, a return sleeve, several arc blades, several heat dissipation metal plates, and auxiliary cooling components. The heat-conducting sleeve is fitted onto the cable conductor, the return sleeve is installed on the convex inner shaft tube, and the return sleeve is fitted onto the cable conductor. Several arc blades are respectively installed on several return sleeves and the flame-retardant outer tube. The return sleeve has a drainage hole. Several heat-dissipating metal plates are respectively installed on the heat-conducting sleeve. The auxiliary cooling assembly is installed on the cross-shaped outer shaft tube and the convex inner shaft tube.
2. The liquid-cooled cable conductor for a charging pile according to claim 1, characterized in that, The auxiliary cooling assembly includes: several horn-shaped films, several thermally conductive metal rods, a temperature sensor, several sealing clamps, and several sealing gaskets; Several horn-shaped films are respectively installed on the flame-retardant outer tube and the return sleeve, several heat-conducting metal rods are respectively inserted into the walls of the flame-retardant outer tube and the return sleeve, the temperature sensor is installed on the inner side of the return sleeve, several sealing gaskets are respectively fitted on several cross-shaped outer shaft tubes and convex inner shaft tubes, and several sealing clamps are respectively installed on several sealing gaskets.
3. The liquid-cooled cable conductor of claim 2, wherein, An insulating layer is provided on the flame-retardant outer tube and the heat-conducting sleeve.
4. The liquid-cooled cable conductor of claim 3, wherein, A protective net is provided on the inner side of the flame-retardant outer tube.
5. The liquid-cooled cable conductor of claim 4, wherein, The flame-retardant outer tube is provided with flame-retardant mica tape.
6. The liquid-cooled cable conductor of claim 5, wherein, The heat-conducting sleeve is provided with several heat-conducting aluminum foil strips.