Which type of charging cable should be selected for new energy electric vehicle charging piles

China [CN]

Application: New energy electric vehicles and green travel have become a normalized lifestyle, and charging piles have appeared in parking lots, communities, shopping malls, etc. As a charging cable for power transmission media, standard electric vehicle DC (AC) charging cables have become an important part of charging piles.

Standard electric vehicle DC charging piles are commonly known as "fast charging". During the charging process, the input voltage of the DC charging pile adopts three-phase four-wire AC380V±15%, frequency 50Hz, and the output is adjustable DC power, which directly charges the power battery of the electric vehicle. Fast charging requirements can be achieved; while standard electric vehicle AC charging piles are commonly known as "slow charging". AC charging piles only provide power output and have no charging function. They need to be connected to an on-board charger to charge electric vehicles. This is the requirement for large-volume charging pile cables.

Cable usage characteristics:

1. During the charging process, the cable has the characteristics of high voltage resistance, high temperature resistance, electromagnetic interference resistance, stable signal transmission, more than 10,000 times of bending resistance, more than 50,000 times of wear resistance, more than 50,000 times of wear resistance, oil resistance, waterproof, acid and alkali resistance, UV resistance, etc.

2. The product has good concentricity, which can reach more than 80%, making the cable's high voltage resistance stable and reliable.

3. The minimum bending of the product is 4D, which is convenient for use between corner wiring in narrow spaces. The product has high flexibility and is very convenient for vehicle wiring.

4. The product has a rated temperature of 125℃, which is a great technological advancement and improvement for the use of one-time molding soft-grade insulation materials. It is very important to ensure the flexibility of the cable and improve the current carrying capacity of the cable.

For further information on product specifications and parameters, please visit: https://www.omgevcable.com