EVIS-360 High Power Ultra Fast Charging Station Manufacturer

EVIS-360 High Power Ultra Fast Charging Station

: http://siconelectric.com/2-1-2-evis-360-fast-charging-station.html

The EVIS-360 high power ultra-fast charging station is a newly launched charging station designed to satisfy the latest generation electric vehicles with ultra-fast high power charging requirements.

This ultra-fast charging station has a power of 360kW, and is composed of 1 power supply cabinet and 2 charging terminals.

Applications

Public infrastructures such as highway rest areas, gas stations, parking lots, airports, bus stations and more

Applicable vehicles

E-bus or luxury EVs equipped with ultra-large capacity batteries.

Advantages

Applies to all current and next generation EVs
Modular designed structure, the power supply cabinet has a power range from 360kW to 500kW
The charging terminals are removable with furthest distance of 150m
Wide voltage range: 150V-1000V
Supports 500A liquid cooled CCS charging cables and connectors
TFT (thin film transistor) touchscreen
RFID (radio frequency identification) authorization required
Low operating noise Customization according to specific requirements

Technical parameters

Model	EVIS-360
AC input
Power connection	3P + N + PE
Voltage range	400 Vac ± 20 %
Frequency	50 Hz or 60 Hz
Power factor	> 0.99
Overall efficiency	95%
DC output
Output voltage	150Vdc to 1000 Vdc
Output current	360A
Rated output power	360 kW
General Specifications
Combo DC output（Mode-4）
DC-interface	CCS2
Display	12.1" TFT color touchscreen
RFID system	ISO/IEC14443A/B, Mifare
Network connection	3G (GSM or CDMA) \| LAN \| Wi-Fi
Communication protocols	OCPP 1.6
Environment	Indoor/outdoor
Operating temperature	-35ºC-60ºC ( -20ºC to -30ºC, heating required)
Storage temperature	-40 ºC to +70 ºC
Operating humidity	≤95% non-condensing
Altitude	Up to 1000m
Protection level	IP54 , IK10
Acoustic noise	< 55 dB
Dimension (WDH)mm	Power supply cabinet:13007501950mm Charging terminals: 3202801740mm
Compliance and safety	EN 61851, EN 62196, DIN 70121, ISO 15118