Those new to electric vehicle charging cables likely have many questions about the various specifications and models: What are they? Where are the specifications and models in the three major markets used?
First, it's important to understand that the wire and cable industry is a fundamental industry and holds a crucial position in my country's national economy. With the adjustment of my country's energy structure, the electric vehicle industry is expected to experience explosive growth, significantly stimulating the rapid development of the power transmission and distribution industries, and providing significant room for growth in the wire and cable industry.
Electric vehicle charging cables should not only maintain excellent insulation performance but also possess high heat and aging resistance. Furthermore, they should exhibit low-smoke and flame-retardant properties during combustion to minimize damage and loss.
As the vehicle for electric vehicles to obtain external energy, charging cables must also transmit power. However, with the development of new energy vehicles and related technological breakthroughs, charging cables that simply transmit power are insufficient to meet market demand. Currently, most charging cables supplied with charging piles on the market not only transmit power but also transmit information about the vehicle's battery level and overall status to the charging pile.
Based on years of experience with in-vehicle high-voltage cable products and the specific environments in which they are used, we referenced these two standards, along with GB/T12528-2008 (rated 1500V AC for railway locomotives) and CQC-1103-1105 (rated charging cables). These standards primarily address higher requirements for withstand voltage, insulation volume resistivity, flame retardancy, tear resistance, and flexibility.
For detailed information on product specifications, please contact an OMG Cable engineer based on your specific needs. Please visit: https://www.omigr.com