Electric Vehicle Charging Infrastructure (EVCI) refers to the collective term for the facilities, equipment, and systems that provide charging services for Electric Vehicles (EVs). Its main components include charging equipment (fast chargers and regular chargers), power supply systems, network management platforms, and related supporting facilities. These elements integrate to function as the foundation supporting EV convenience and achieving a sustainable society.
As part of the electric vehicle charging infrastructure solution, Kaibo Cable offers a wide range of cable products to support the reliability and efficiency of charging equipment. The products we offer include high-durability cables suitable for fast charging stations and regular chargers, as well as charging connection cables specially designed for outdoor environments and frequent movement, ensuring system power supply and connectivity. We offer a range of highly reliable products, which, with their outstanding electrical conductivity and durability, help enhance the efficiency of electric vehicle systems and reduce long-term maintenance costs.
Liquid-Cooled Supercharging Cables utilize efficient circulating cooling technology. These cables precisely match the demands of fast DC charging scenarios, capable of stable operation in environments from -40°C to 90°C, perfectly compatible with various brands of high-power charging piles.
European Standard Charging Cables strictly comply with the EN 50620 standard, suitable for both DC and AC charging scenarios. The products use highly flexible halogen-free materials, boasting excellent weather resistance and flame-retardant performance. Certified by authorities like TÜV, they can withstand over 10,000 bending tests, ensuring stable operation under various climatic conditions and perfect compatibility with mainstream European EV models.
Chinese National Standard (GB) Charging Cables strictly comply with the GB/T 33594 standard, supporting both DC and AC charging. The products use highly flexible halogen-free materials, with interfaces compatible with mainstream domestic EV models. They feature high/low temperature resistance and crush resistance, capable of withstanding over 10,000 plug/unplug tests, ensuring a safe and stable charging experience.
