Split DC charger-car charging pile

Among the wave of ongoing innovation in electric vehicle charging technology, split DC charger - auto charging pile stands out as a great option for practical and cheap charging of new energy cars.
In power terms, this charging pile does really well. The AC input voltage is 380V+15%; the input frequency is constant at 50Hz±5Hz. It provides steady support for later significant charging output and can be easily linked to the traditional three-phase power network. Several electric cars' quick charging requirements may be satisfied by its 160kW output power. A single gun's maximum output current is 250A; the DC output voltage may be easily changed between 200 and 750V. Whether it's a little electric vehicle or a big electric SUV, you can find an appropriate charging solution here, which drastically reduces the charging time, therefore relieving the owner's travel schedule from disturbance by the lengthy charging wait. Apart from proving its effective power conversion capacity, the power factor of up to ≥0.99 and the complete efficiency of ≥95% help to save energy and lower emissions.

One main characteristic is the dual-gun arrangement. Charging two cars simultaneously improves the charging pile's efficiency by streamlining two processes. Particularly at public charging stations with heavy traffic, it may help to significantly reduce the shortfall of charging supplies.
Realizing smooth connectivity between the charging pile and the external system, its communication interface includes Ethernet and 4G. By use of Ethernet, a reliable LAN connection can be developed to guarantee high speed and stability of data transfer; with 4G network, remote monitoring and administration can be accomplished free from geographical limitations. Users of a range of startup techniques—including card swiping and WeChat applet code scanning—have a handy operating experience. The charging process begins with a swipe or a scan; the auxiliary power supply voltage of 12V offers steady power support for the auxiliary equipment of the charging pile.
Its easy adaptation to challenging outside surroundings is made possible by the IP54 protection degree. there will not impact its regular functioning whether there is dust flying or rain entering, thus guaranteeing steady charging under different environmental circumstances.
The main attraction of this charging pile is its original integrated storage and charging method. Watching the input current and Battery capacity in real time, the charging system is like a sharp smart housekeeper. Real-time data indicates that the power supply mode is automatically altered and that creative use of valley power and excess power supports the Energy Storage system. Apart from optimizing the distribution of power resources and lowering the power pressure during peak hours, this creative design greatly lowers the energy cost for consumers and operators. Charging charges are more affordable for consumers; for operators, the whole running efficiency is raised and the sustainable growth of the charging pile sector is encouraged.
Car charging piles have grown to be a major factor in encouraging the broad use of electric vehicles with their strong performance, intelligent storage and charging integrated system and convenient operation experience, and have helped to build a green and efficient transportation energy system. Split DC charger.