Large-Flow Stable DC Charging Pile for Electric Vehicles of Multiple Rated Output Power

• Customization: Available
• Connector Type: CCS2, GB/T
• Installation: Floor Type
• Location: Public Use
• Number of Charging Interfaces: One Pile with Multiple Charges
• Start Mode: Credit Card Payment, Mobile Remote Operation
• Relative Humidity: 5%~95%
• Atmosphere Pressure: 80 Kpa ~ 110 Kpa
• AC Input Voltage: AC 380 V
• AC Power Frequency: 50 Hz
• DC Output Voltage: 200 V ~ 750 V
• Output Power: 60 Kw ~ 640 Kw
• Transport Package: Standard Exporting Packing or as Customers′require
• Trademark: YuJian
• Origin: China
• Production Capacity: 20000 Pieces/Year

Product Description

Product Description

The DC charging station for electric vehicles adopts a modular design, including: power unit, charging controller, metering meter, charging interface, human-machine interaction, etc.
Easy to operate, safe and reliable, with a small footprint, high charging efficiency, in compliance with the latest national standards, suitable for charging electric vehicles of different specifications and levels, in line with the development direction of new energy technology.

The preferred value for rated DC output power is 60kW,80kW,120kW,160kW,240kW;
The structural forms include integrated and split (one machine with multiple piles);
The charging interface is divided into single gun, double gun, and multi gun, which can achieve simultaneous charging, round charging, and automatic power distribution.
At the same time, products can be customized according to customer needs.

Electrical parameters

Environment Temperature	-20ºC~50ºC
Altitude	≤2000 m, 2000 m & above require reduced usage
Atomsphere Pressure	80 kPa~110 kPa
AC input voltage	AC 380 V ± 15%
AC power frequency	50 Hz ± 1 Hz
DC output voltage	200 V~750 V
Single charging plug output current	10 A~250 A
Output power	60 kW~640 kW

 

Essential function

Human-Computer Interaction

Communication Function

Monitoring Function

Applicable Batteries

Charging method

Billing Function

Payment Function

Protection Function

 

Detailed Photos