OMGEVcable006

 1. Today, with more and more new energy vehicles, new energy and green travel have gradually become a new way of life, and there are more and more charging piles in life. Therefore, the standard electric vehicle DC (AC) charging pile cable becomes the "heart" of the charging pile. 2. Electric standard DC charging piles are commonly known as "fast charging". During the charging process, the input voltage of the DC charging pile is 380V15% of the three-phase four-wire AC, the frequency is 50Hz, and the output is adjustable DC, which directly charges the power battery of the electric vehicle. It can meet the requirements of fast charging; the electric standard AC charging pile is commonly known as "slow charging". The AC charging pile only provides power output and has no charging function. It is necessary to connect the car charger to charge the electric vehicle, which is a requirement for a large number of charging pile cables. Production of special cables...

 Nowadays, there are more and more electric vehicles on our roads. However, due to the technical problems that first-time users must face, the world of electric vehicles is shrouded in a mysterious veil. This is why we decided to clarify one of the main aspects of the electric world: EV charging mode. The reference standard is IEC 61851-1, which defines four charging modes. We will look at them in detail and try to sort out the chaos around them. Mode 1 It includes connecting the electric vehicle directly to the ordinary current socket without special safety system. Current and voltage ratings shall not exceed 16A and 250V for single phase and 16A and 480V for three phases. Mode 2 Unlike Mode 1, this mode requires a specific security system between the grid connection point and the responsible vehicle. The system is placed on the charging line, called the control box. It is usually installed on the portable charger of electric vehicles. Mode 2 can be used for domestic and industria...

 An energy storage harness is a component used in an energy storage system that stores electrical energy and releases it when needed. The application areas of energy storage harnesses include the following: common in new energy vehicles, ships, aviation, industrial equipment and other fields. Energy storage harnesses use high-density batteries as energy storage components, ensuring battery safety and improving its safety through high-strength raw materials and insulation layers. As a wiring harness for storing and releasing energy, the energy storage harness uses an efficient intelligent management system to fully control the charging and discharging speed and current of the battery, which helps to extend the life of the battery and improve the energy utilization rate. Electric vehicles: Energy storage harnesses can be used in the energy storage system of electric vehicles. Electric vehicles need to store electricity to provide power, and energy storage harnesses can be used as bat...