EV Mobile Charging Stations

Sunmingcell mobile EV charging system is the perfect solution for roadside or remote electric vehicle rescue when the battery runs out. Installing Sunming`s emergency mobile EV charging system on the vehicle breaks space limitations and allows rapid deployment without infrastructure. It is ideal for fleet operators, car dealers, and other businesses is compatible with all-electric vehicles, and provides DC fast charging.

Sunmingcell Advantage:

• Rapid Development: Set up charging infrastructure without the need for permits or major, time-consuming construction.

• Temporary Infrastructure Solution: Getting permanent DC charging infrastructure can take a while. Deploy Sunmingcell Mobile charging to charge your vehicles in the interim. 

• Peak rate avoidance: Optional solar power recharger, Lowers operating costs, avoids a utility’s peak rates when charging, and gains greater flexibility with vehicle duty scheduling.   

• Mobile disaster relief and rescue: Easily tow Sunmingcell Mobile to where fast vehicle charging is needed, including the side of the road or a disaster area.

      

Sunmingcell Mobile is available in a range of configurations to suit your operational needs. Energy storage capacity ranges from 20 KWh to 800 KWh, customized to 2 MegaWatt or bigger, and there’s a choice of the number of output charging cables, and optional for CCS1 CCS2 CHAdeMO. Can be deployed in a static location for flexible on-site charging.

Battery Capacity(Kwh): 320 Kwh or Customize Bigger
Number of DC Outputs: 2
Estimated Weight (lbs): 1725
Estimated Total Length: 1670mm
Height: 1710mm
Width: 1780 mm
Charging Input (from grid,PV,DC): AC 30Kw/?/DC 300Kw Max.
Charging output (to electric vehicle): 150 Kw/Each Gun
Output cable length: Standard 8 meters

Service & Support: From vehicle deployment and technical expertise to custom analytics and operator training, our dedicated team of experts take great pride in providing industry-leading service and support.

1. System Parameters:
Battery Type: LiFePO4
Battery Energy: 320KWh (Battery with BMS)
AC-IN Max Power: 320KW (Socket: 63A)
DC-IN Max Power: 300KW (Socket:250A)
DC- OUT Max Power: 150KW*2=300KW (Gun:250A)
Communication: RS485
Size: 1780(W)*1670(D)*1710(H)mm (Total Width=2170mm)
Weight: 3800kg(about)

2. Battery Parameters
Type: LiFePO4
Nominal Voltage: 512V
Rated Capacity: 628Ah (Min. 623Ah)
Rated Energy: 321KWh
End of Charge Voltage: 576V
End of Discharge Voltage:440V
Standard Charge Current: 300A
Max Charge Current: 500A
Max Discharge Current: 550A
Peak Discharge Current: 700A
Protection: Over voltage protection, Under voltage protection, Over current protection, Over temperature protection, Short circuit protection, Insulation protection, etc. (With BMS)
Communication: CAN
Work Temperature: Charge: 0℃~50℃ Discharge: -20℃~60℃

Slave Module of One Cluster Parameters (20 slaver modules+1master)
Nominal voltage: 25.6V
Rated Capacity: 628Ah (Cell: 3.2V314Ah)
Rated Energy: 16KWh
Communication: CAN
Size: 400*700*225mm / 5U
Weight: 110kg (about)

Master Module Parameters
Function: High Voltage Box
Communication: CAN
Size: 400*600*225mm / 5U
Weight: 40kg (about)

3. AC-IN charger module Parameters
AC Input Voltage: 350~460Vac
AC Input Frequency: 50Hz/60Hz
Max. Power Of AC-IN: 30KW
Max Charge Current: 50A (Full charging is about 10 hours)
AC-IN Socket: AC 63A

4. DC-IN charger module Parameters
DC Input Voltage: 300~750Vdc
Max. Power of DC-IN: 150KW*2 (2 Channel)
Max. Current of DC-IN: 200A*2 (2 Channel)
DC-IN Socket: DC 250A

5. DC-OUT Charger Module Parameters
Rated Charge Power: 150KW*2 (2 Channel)
DC Output Voltage: 580~750Vdc
Charge Mode: CC/CV
DC-OUT Gun: DC 200A*2 (2 Channel)