EVDC-CORE-150 (NA)

The EVDC-CORE-150 (NA) is part of our DC Fast Chargers range.

Product Group Information

The EVDC-CORE series is designed for cost-effective, stand-alone DC fast charging in behind-the-fence environments, including fleet depots, commercial facilities, and private parking sites. Covering power levels from 60 kW to 360 kW, EVDC-CORE delivers dependable performance for daily operations where uptime and straightforward deployment matter. The chargers support dual-vehicle charging with intelligent power sharing, a wide 300–1000 VDC output range for today’s and future EV compatibility, and flexible authentication and connectivity options to fit different operational models. EVDC-CORE chargers are commonly deployed where operators need reliable fast charging on private sites with controlled access.

Warranty

3 years as standard

Operating Temperature Range:

-4°F (-20°C) to 122°F (50°C)

Group Information:

Cost-effective stand-alone DC fast chargers for behind-the-fence fleet and commercial depot charging.

Product Description:

Built for practical, cost-effective EV charging deployments, the EVDC-CORE-150 (NA) delivers reliable DC fast charging up to 150 kW ideal for single-site applications that need to get up and running quickly without overbuilding infrastructure. With support for simultaneous dual-vehicle charging and intelligent power sharing, the EVDC-CORE Series helps maximize utilization from a simple, stand-alone system, making it easy to serve more drivers without added complexity. A wide 300 - 1000 VDC output range ensures compatibility across today’s and future EVs, protecting your investment as adoption grows. Flexible authentication and network integration options, including RFID, QR, OCPP, and payment support, allow operators to adapt access and monetization models as their needs evolve. Powered by a three-phase 480 VAC (+/-10%) input supply the EVDC-CORE-150 (NA) offers a straightforward path to deploying DC fast charging infrastructure.

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Frequency (Hz)	50/60
Input Current @ Rated Vac (A)	184.0
Electrical Protection	Over / under voltage protection, overload protection, short circuit protection, over / under temperature protection, surge protection, communication failure
Intelligent Power Sharing	1 vehicle: up to 150 kW, 2 vehicles: 90 kW + 60 kW
Output Power (kW)	150
Output Voltage Range (Vdc)	300 - 1000
Input Voltage +/- 10% (Vac)	480
Efficiency	≥96% (50%-100% load)
Power Factor	≥0.99
THDI	≤5%

Product Image

Length in (mm)	22.4 (570.0)
Width in (mm)	35.4 (900.0)
Height in (mm)	63.0 (1600.0)

IP Rating	IP54
Communication Protocol	OCPP 1.6
Authentication Modes	Auto charge, RFID, Customer backend via OCPP, Payment terminal
Emergency Stop Button	Yes
IK Rating	IK10
Display	10-inch LCD touchscreen
Operating Humidity	5% - 95% without condensation
Network Connectivity	Ethernet, 4G, Wi-Fi
POS (Credit Card Reader)	Optional

Auto Dealerships

Fleet Operations

Logistics and Distribution

Off-Highway

Ports & Airports

Available in US:	y
Available in EMEA:	y
Cooling Method:	Forced air cooling
Connector Type:	CCS1 + CCS1
Output Max. Current (A):	250 / 250
Supply Input:	3P + PE (No neutral)
Charging Cable Length (Ft):	16.4
Charging Cable Length (M):	5.0
Available in US:	y
Available in EMEA:	y
Cooling Method:	Forced air cooling
Connector Type:	CCS1 + NACS
Output Max. Current (A):	CCS1: 250 / NACS: 250
Supply Input:	3P + PE (No neutral)
Charging Cable Length (Ft):	16.4
Charging Cable Length (M):	5.0
Available in US:	y
Available in EMEA:	y
Cooling Method:	Forced air cooling
Connector Type:	NACS + NACS
Output Max. Current (A):	250 / 250
Supply Input:	3P + PE (No neutral)
Charging Cable Length (Ft):	16.4
Charging Cable Length (M):	5.0

Features and Documents

ADA-Conscious Form Factor

Designed with a compact footprint and accessible user interface to support deployment where space and usability are critical

Future-Proof VDC Output Range

Wide VDC output range supports different EV battery architectures, ensuring compatibility with current and next-generation electric vehicles

High Power Output

Delivers up to 700A, with continuous charging at 500A, ideal for heavy-duty EVs needing stable, high-speed performance

Integrated Cable Management

Built-in cable management reduces mechanical stress and wear, improving safety, extending cable life, and lowering ongoing maintenance requirements

OCPP-Compliant Connectivity

Open Charge Point Protocol (OCPP) compatibility enables integration with third-party charger management platforms and networks

Simultaneous Vehicle Charging

Intelligent power sharing enables two vehicles to charge simultaneously without delays or reduced performance, maximizing throughput

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