The Electric Vehicle Charging Cable possesses various key features and primarily utilizes silicone as its insulating material. Silicone exhibits excellent heat resistance and resistance to acids and alkalis, maintaining good flexibility and stability even in extremely high temperatures or harsh environments. It also has the characteristics of low-smoke, halogen-free flame retardancy, ensuring that no toxic gases are released, and large amounts of smoke are not generated even in the event of a fire, thus ensuring safe usage.
The rated voltage of this cable can reach up to 1500VDC, making it suitable for power transmission requirements in high-voltage environments, providing reliable and efficient power transfer. The insulation material, rated voltage, and temperature resistance characteristics ensure safe and reliable use during the charging process. This cable, with its multiple features, meets the requirements of modern electric vehicle charging systems for high performance, safety, and reliability, providing the necessary power support for electric vehicle charging. With a wide temperature range, it can operate in extreme cold conditions as low as -40 degrees Celsius and up to high temperatures of 180 degrees Celsius, maintaining stability and reliability. This enables the cable to function normally in various climates and environmental conditions, adapting to different extreme temperature situations.
This new energy storage cable is widely used in various fields such as photovoltaic energy storage, communication base station energy storage, mobile energy storage, shared energy storage, aviation, automotive, marine, industrial, and energy.