Porduct Overview

EKEPC3 charging controller is a highly integrated and intelligent modular electric vehicle charging controller that complies with the IEC61851-1 standards and can provide up to 32A of charging current in mode 3.

EKEPC3 charging controller allows users to remotely monitor the charging status, start and stop charging, set charging time, and adjust charging power through a web portal. It can also implement load management strategies to prevent grid or circuit overload and optimize power distribution in multi-charging point systems. Additionally, the EKEPC3 controller provides authentication functions (such as RFID, PIN code), ensuring the safety and convenience of charging operations.

EKEPC3 charging controller is equipped with built-in OCPP-J-1.6, 4G, Wi-Fi (2.4G), and Ethernet modules, enabling it to easily communicate with various backend systems and access payment, load management, charging scheduling, and access control functions provided by the platform. Additionally, the controller supports OTA firmware updates to introduce new features, improve performance, or address potential security vulnerabilities in a timely manner.

EKEPC3 charging controller is a reliable solution for creating smart charging sites for electric vehicles, suitable for both home and commercial applications.

Features:

OCPP 1.6J Compliant: Universally compatible with major charging management platforms.
Smart Charging: Optimizes charging based on real-time energy tariffs and grid capacity.
Load Balancing: Distributes available power efficiently across multiple charging points.
Remote Management: Monitor and control charging sessions, update firmware, and access data remotely.
User Authentication: Supports RFID card readers for secure user identification and billing.
Flexible Connectivity: Offers Ethernet and 4G/LTE communication options.

EKEPC3 EV charging controller is the ideal solution for businesses and individuals looking to deploy a robust, scalable, and future-proof EV charging infrastructure.

Technical parameters

Technical Data

Model	EKEPC3
Operating voltage	170-260V @ 50/60Hz AC
Auxiliary output voltage	DC12V/100mA，DC5V/100mA
Power consumption	≤3W
Charging mode	Mode 3 according to IEC61851-1 via IEC62196-2 or SAE J1172
	(socket or tethered cable outlets)
Charging Current	Max. 32A（1~32A, Adjustable）
Basic functions	Over-temperature protection (threshold 95℃)
Additional Functions and Compatible Devices	DC leakage current detection (≥6mA), requires external RCMU
	RFID start-stop function, requires an RFID card and an external card reader
	LED charging status display and LCD screen display, external LED lights and LCD screen are required.
	Solenoid interlock for socket
	DLB requires an external 100A/5A ratio CT or MID meter.
	Real-time monitoring of voltage, current, and power requires an external 100A/5A ratio CT and MID-certified meter.
	PEN fault protection, external SPD is required
	Emergency stop function requires an external emergency stop button switch.
	Over-voltage, under-voltage, and over-current protection settings need to be configured in the software background.
Communication protocol	OCPP-J-1.6, Modbus RTU protocol, 2.4G Wi-Fi, Ethernet, RS485 communication
Operating temperature	-25°C ~+ 50 °C
Relative humidity	5%~95%
Altitude	≤2000m
Protection grade	IP22
Cooling method	Natural cooling
Mounting	DIN Rail (35mm)

Controller Terminals

PE	Power ground terminal
RCMU	RCMU residual current sensor connection terminal, connected using the connection line provided with the RCMU module.
0V	0V connection terminal
5V	5V power supply, Rating DC+5V,100mA
MH	Provides a drive current to continuously energize the solenoid interlock.
	Provides a drive current to change the motorized interlock state to locked, the signal is activated for 500ms and changes to pulse 500ms intervals until the lock is closed.
	Rating 12V 300mA.
ML	Provides a return path for the solenoid interlock drive current ML.
	Provides a drive current to change the motorized interlock state to unlocked.
	Rating 12V 300mA.
FB	Feedback signal of solenoid interlock. If lock feedback is selected, the lock feedback of solenoid
FB（0V）	interlock is read.
B-	They are connected to the A+ and B- ports of RS485 communication respectively and can communicate with RS485 devices. The communication standard complies with the Modbus-RTU mode, baud rate: 9600,n,8.1, and the default address number is: 255H.
A+
SIM-CARD	SIM card slot supports multiple network standards and frequency bands.
	LTE-FDD：B1/B3/B5/B8
	LTE-TDD：B34/B38/B39/B40/B41
	GSM/EDGE：B3/B8
WiFi (2.4G)	SIM card slot supports multiple network standards and frequency bands.
4G	4G patch antenna interface (824-2170MHz)
LCD	External LCD display interface
LED-OUT	External LED status indicator interface
WAN	WAN port: wide area network port
R-G-B-Y	Charging Status Indicator Position Marker

Dimensions

Download Files

Porduct Overview

EKEPC3 charging controller is a reliable solution for creating smart charging sites for electric vehicles, suitable for both home and commercial applications.

Features:

OCPP 1.6J Compliant: Universally compatible with major charging management platforms.
Smart Charging: Optimizes charging based on real-time energy tariffs and grid capacity.
Load Balancing: Distributes available power efficiently across multiple charging points.
Remote Management: Monitor and control charging sessions, update firmware, and access data remotely.
User Authentication: Supports RFID card readers for secure user identification and billing.
Flexible Connectivity: Offers Ethernet and 4G/LTE communication options.

EKEPC3 EV charging controller is the ideal solution for businesses and individuals looking to deploy a robust, scalable, and future-proof EV charging infrastructure.

Technical parameters

Technical Data

Model	EKEPC3
Operating voltage	170-260V @ 50/60Hz AC
Auxiliary output voltage	DC12V/100mA，DC5V/100mA
Power consumption	≤3W
Charging mode	Mode 3 according to IEC61851-1 via IEC62196-2 or SAE J1172
	(socket or tethered cable outlets)
Charging Current	Max. 32A（1~32A, Adjustable）
Basic functions	Over-temperature protection (threshold 95℃)
Additional Functions and Compatible Devices	DC leakage current detection (≥6mA), requires external RCMU
	RFID start-stop function, requires an RFID card and an external card reader
	LED charging status display and LCD screen display, external LED lights and LCD screen are required.
	Solenoid interlock for socket
	DLB requires an external 100A/5A ratio CT or MID meter.
	Real-time monitoring of voltage, current, and power requires an external 100A/5A ratio CT and MID-certified meter.
	PEN fault protection, external SPD is required
	Emergency stop function requires an external emergency stop button switch.
	Over-voltage, under-voltage, and over-current protection settings need to be configured in the software background.
Communication protocol	OCPP-J-1.6, Modbus RTU protocol, 2.4G Wi-Fi, Ethernet, RS485 communication
Operating temperature	-25°C ~+ 50 °C
Relative humidity	5%~95%
Altitude	≤2000m
Protection grade	IP22
Cooling method	Natural cooling
Mounting	DIN Rail (35mm)

Controller Terminals

PE	Power ground terminal
RCMU	RCMU residual current sensor connection terminal, connected using the connection line provided with the RCMU module.
0V	0V connection terminal
5V	5V power supply, Rating DC+5V,100mA
MH	Provides a drive current to continuously energize the solenoid interlock.
	Provides a drive current to change the motorized interlock state to locked, the signal is activated for 500ms and changes to pulse 500ms intervals until the lock is closed.
	Rating 12V 300mA.
ML	Provides a return path for the solenoid interlock drive current ML.
	Provides a drive current to change the motorized interlock state to unlocked.
	Rating 12V 300mA.
FB	Feedback signal of solenoid interlock. If lock feedback is selected, the lock feedback of solenoid
FB（0V）	interlock is read.
B-	They are connected to the A+ and B- ports of RS485 communication respectively and can communicate with RS485 devices. The communication standard complies with the Modbus-RTU mode, baud rate: 9600,n,8.1, and the default address number is: 255H.
A+
SIM-CARD	SIM card slot supports multiple network standards and frequency bands.
	LTE-FDD：B1/B3/B5/B8
	LTE-TDD：B34/B38/B39/B40/B41
	GSM/EDGE：B3/B8
WiFi (2.4G)	SIM card slot supports multiple network standards and frequency bands.
4G	4G patch antenna interface (824-2170MHz)
LCD	External LCD display interface
LED-OUT	External LED status indicator interface
WAN	WAN port: wide area network port
R-G-B-Y	Charging Status Indicator Position Marker

EKEPC3 OCPP 1.6J Compliant EV Charging Controller for Smart Charging Stations

EKEPC3 by ETEK represents the latest in EV charging controller technology, specifically engineered to address the increasing needs of electric vehicle infrastructure. This advanced controller provides a complete solution for EV charging in both residential and commercial settings.

EKEPC3 OCPP 1.6J Compliant EV Charging Controller for Smart Charging Stations

Porduct Overview

Features:

Technical parameters

Technical Data

Controller Terminals

Dimensions

Download Files

Porduct Overview

Features:

Technical parameters

Technical Data

Controller Terminals

Dimensions

Download Files

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EKEPC3 OCPP 1.6J Compliant EV Charging Controller for Smart Charging Stations

EKEPC3 by ETEK represents the latest in EV charging controller technology, specifically engineered to address the increasing needs of electric vehicle infrastructure. This advanced controller provides a complete solution for EV charging in both residential and commercial settings.

EKEPC3 OCPP 1.6J Compliant EV Charging Controller for Smart Charging Stations

Porduct Overview

Features:

Technical parameters

Technical Data

Controller Terminals

Dimensions

Download Files

Porduct Overview

Features:

Technical parameters

Technical Data

Controller Terminals

Dimensions

Download Files

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