Currently, new energy vehicles have become one of the strategic emerging industries prioritized by the nation. With the continuous advancement of science and technology, and the continuous improvement of charging infrastructure, new energy vehicles are expected to experience rapid growth in the future. The construction of new energy vehicle infrastructure will also be comprehensively promoted, and charging facility technology will also be comprehensively upgraded, including the increasingly stringent technical requirements and standards for charging cables and charging connectors.
Charging pile cables connect electric vehicles and charging piles, and their primary function is to transmit electrical energy. However, with the advancement of charging technology, communication between electric vehicles and charging piles is required to effectively complete the charging process, and automatic control is required when necessary. Therefore, the charging process places higher demands on charging cables. Charging cables must not only transmit power but also communicate vehicle and battery status and information to the charging pile for real-time interaction. When necessary, they must also control charging operations to ensure safe and reliable charging.
Safety Requirements: Currently, safety is highly valued. Charging pile charging cables should have high heat resistance and aging resistance on the basis of ensuring good insulation performance. At the same time, they should have good low smoke flame retardant properties when burning to ensure that losses and damages are minimized. The following is a reference standard for charging pile cable structure: https://www.omigr.com