Floor Standing EV Fast Charger

The design concept of floor-standing EV chargers is to provide convenient, efficient, and reliable public charging station solutions to meet the charging needs of different electric vehicle models in public charging places.

Floor-standing charger design concept

1. Discoverability: Floor-standing chargers are usually set up in public places, and the design focuses on improving the visibility of the charging station so that users can easily find the charging station on the map.

2. Durability: Floor-standing fast chargers focus on durability to cope with common public use and environmental impacts under different weather conditions.

3. Security: EV chargers need to provide advanced security, including emergency stop buttons, electronic payment security, etc.

4. High power output: In order to adapt to different types of electric vehicles, fast chargers provide high power output options to meet the needs of fast charging.

5. Communication and intelligent functions: Chargers are usually equipped with communication modules to achieve intelligent functions such as user identification, remote monitoring, and metering of electric energy usage.

Which car models are suitable for the chargers used in charging stations?

Floor standing EV charger adapted to car

Household electric vehicles (BEV and PHEV): Provide convenient charging services for household electric vehicles, usually supporting multiple charging standards.

Commercial vehicles: Used in electric taxis, commercial electric trucks, electric public transportation, etc. to support the charging needs of commercial vehicles.

High-end electric vehicles: Floor-standing chargers often offer high-power output options and are suitable for high-end electric vehicles to speed up charging.

EV fast charger features

▶ 60kW/120kW/180kW multi-standards fast charger supporting free combination of CHAdeMO, GB/T 20234, CCS1,CCS2 and type 2 AC

▶PF>0.99 (APFC)

▶ Efficiency>94% at nominal output power

▶OCPP1.6 JSON

▶ Intelligent RFID card reader, ISO14443A (M1/MIFARE Card)

▶ 7” touch screen and user-friendly interface support English, French, Russian and Spanish

▶ Ethernet/4G/3G

▶ IK10, IP55

▶Customization available

▶ Easy installation and maintenance

CATEGORY		SW SERIES
Model Name		SWEJE60/120/180
AC Input	Input Rating	400 VAC ± 15%
	Input voltage	400
	AC Input Connection	3P + N + PE
	Max. Input Current (A)	110A / 220A / 330A
	Frequency (Hz)	45 ~ 65
	Power Factor	>0.99
DC Output	Output Voltage Range	50~500Vdc (CHAdeMO) 150~1000Vdc (CCS) 340~460Vac (type 2 AC)
	Max. Output Current	125A(CHAdeMO)/200A(CCS)/63A(type 2)
	Output Power Range(kW)	60kW/120kW/180kW
	Voltage Accuracy (%)	± 0.5
	Current Accuracy (%)	± 1
User Interface & Control	Display	7 inch touch screen
	Push Buttons	Emergency Stop
	User Authentication	RFID ISO14443A (M1/MIFARE Card)
	Display Information	Charging process and status / Alarm and warning messages
Communication	External	Ethernet/4G/3G
Communication	Internal	CANbus / RS485
Environmental	Operating Temperature (°C)	-30 ~ +50, power derating from 50 and above
	Humidity (%)	5~95RH, non-condensing
	Altitude (m)	≤2500m
	IP Level	IP55
	Cooling Method	Fan cooling
Mechanical	Dimension(WxDxH mm)	7506301800
	Weight(kg)	≤450 / ≤480 / ≤510
	Cable Length(m)	5
Protection	Input Protection	OVP, OCP, OPP, OTP, UVP, Residual current detection, Surge protection, Cabinet-open detection (rear door)
Protection	Output Protection	SCP, OCP, OVP, LVP, OTP, Residual current detection
Regulation	Certificate	IEC 61851-1 , IEC 61851-23 , IEC 61851-21-2
	Safety	CE,UL
	Charging Interface	CHAdeMO 1.0, ISO15118, DIN 70121