Integrated EV DC Fast Charger (4 Charging Connectors)
– Maximum Flexibility, High Power, All-in-One DC Fast Charging Station
Introducing the next-generation Integrated DC Fast Charger, engineered to redefine high-throughput charging infrastructure. This all-in-one Integrated EV DC Charger consolidates immense power and unparalleled versatility into a single, robust unit. With configurable power ratings from 120kW to 240kW and four independent charging connectors, it is the ultimate DC fast charging station solution for demanding locations requiring maximum vehicle compatibility, operational efficiency, and superior return on investment.
Why Choose Integrated EV DC Fast Charger?
High & Scalable Power Output
Delivering 120kW to 240kW of power, this EV DC Charger ensures rapid charging for a wide spectrum of vehicles, from passenger cars to light commercial EVs.
All-in-One Integrated Design
This Integrated EV DC Charger houses power conversion, thermal management, and payment systems in one compact, sleek enclosure. This simplifies installation, reduces site footprint, and centralizes service points.
Advanced Connectivity & Smart Management
Full OCPP 1.6/2.0J compliance enables seamless integration into any network for remote monitoring, granular billing, and intelligent load balancing across all four ports.
Intuitive User Interface
Features a responsive 7-inch color touchscreen with a multilingual interface, guiding users through a simple and clear charging process.
Flexible Payment Ecosystem
Supports a wide array of payment methods including RFID cards, mobile app QR codes, and direct credit card payments for operator flexibility and user convenience.
International Compliance
Carries key certifications, including CE and UKCA, ensuring adherence to stringent safety and environmental standards for market access.
Unmatched Four-Port Versatility
- Configurable with combinations like CCS2 + GB/T + CHAdeMO + NACS to meet global and regional market needs.
- Supports simultaneous multi-vehicle charging, dramatically increasing station throughput and reducing queue times at peak hours.
- Future-proofs your site against evolving vehicle connector standards.
Enterprise-Grade Durability & Safety
Built with an IP55-rated enclosure for all-weather resilience, integrated fire protection materials, and comprehensive electrical safeguards (overvoltage, overcurrent, surge protection) for ultimate operational safety and longevity.
Parameter of Integrated EV DC Fast Charger (4 Charging Connectors)
| Parameter | Specification |
|---|---|
| Rated Power | 120KW,150KW,160KW,180KW,240KW |
| Input Voltage | 380/400VAC 3P+N+PE |
| Input frequency | 50/60Hz |
| Input Amps | 192A, 260A, 288A, 390A |
| Standy-by consumption | ≤0.1% Rated output power |
| Output Voltage | 150-1000V DC |
| Output Current | 0-250A |
| Charging connectors | CCS2/CCS1/GB/T/CHAdeMO/NACS5M(Customizedavailable) |
| Voltage Accuracy | <±0.5% |
| Current accuracy | <±1% |
| Efficiency | ≥ 95.2% (Full load) |
| THD | ≤5%@50% ~ 100 % full load |
| Screen | Touch display 7 inch |
| Protection degree | IP54 |
| Working Environment temperature | (-25℃ to +50 ℃) |
| Cooling | forced air cooling |
| Relative humidity | 5%-95% non-condensing |
| Altitude | 2,000 m |
| Noise emission | <65dB |
| Communication Protocol | OCPP 1.6J |
| ConnectivityAuthorization | RFID Card ,Plug and Charge,App |
| Network Interface | Ethernet.WLAN.4G |
| Standards | ENICE61851-1 2019, EN61851-23 2014, EN61851-24 2014 |
Benefits of Choosing Integrated EV DC Fast Charger
Maximized Revenue per Square Foot
By consolidating the functionality of multiple chargers into one unit, this Integrated DC Charger delivers the highest possible charging capacity and service throughput from a minimal physical footprint, optimizing your site's revenue potential.
Universal Compatibility
Offering four configurable ports virtually guarantees that any arriving EV driver can charge. This eliminates frustration, enhances customer satisfaction, and positions your location as the most reliable and convenient DC fast charging station in the area.
Scalable Power Meets Evolving Demand
The scalable power platform (120kW-240kW) allows you to right-size your initial investment. As traffic grows, the high-capacity design is ready to meet increased demand without requiring additional costly site construction or electrical upgrades.
Data-Driven Management & Control
Gain complete oversight through the OCPP-compliant platform. Monitor energy use per port, set dynamic pricing, manage access control, and perform remote diagnostics, transforming a hardware asset into a smart, connected business tool.
Application
Highway Service & Rest Areas
As a high-capacity DC fast charging station, it serves a continuous flow of diverse EVs, minimizing wait times and congestion for long-distance travelers.
Public Charging Hubs & Urban Parking
Maximizes land use efficiency. One Integrated DC Charger can replace multiple standalone units, serving more drivers in high-demand areas like city centers and transportation terminals.
Large-Scale Fleet Depots
Perfect for mixed fleets (cars, vans, trucks), this EV DC Fast Charger enables simultaneous charging of multiple vehicles from a single footprint, streamlining operations.
Gas Stations & Retail Fuel Forecourts
Offers a future-proof, high-value amenity. The four connectors ensure that customers with any major EV standard can access fast charging, driving foot traffic and incremental revenue.
Help Center
FAQ
1. How does the four-connector system work? Can all four charge at once at full power?
This Integrated EV DC Charger is designed to manage power intelligently across its four ports. The total available power (e.g., 240kW) is dynamically allocated based on the connected vehicles’ demands. While all four ports can be used simultaneously, the power is shared, ensuring optimal utilization without exceeding the system’s total capacity. For example, if two vehicles are charging, they may receive higher power each than when four vehicles are connected.
2. What is the main advantage of an "all-in-one" integrated design versus a modular system?
The primary advantage is simplicity and cost-effectiveness for high-density installations. This Integrated DC Fast Charger delivers a complete, plug-and-play solution. It requires less on-site assembly, reduces the complexity of power distribution, and often has a lower total installed cost for sites needing multiple charging points in a concentrated area, compared to deploying several individual DC fast charger units or a split system.
3. Is this Integrated EV DC Charger suitable for a site with an existing but limited electrical supply?
Yes, its intelligent load management capabilities are key here. Even with a high-power unit, the system’s software can be set to never exceed a predefined total power draw from the grid. This allows you to deploy a powerful, future-ready DC fast charging station today, while operating it within your site’s current electrical constraints, deferring costly grid upgrades until absolutely necessary.
4. How does the four-port design handle different connector types at the same time?
The Integrated EV DC charger’s software and hardware are designed to manage multiple protocols concurrently. Whether a vehicle uses CCS2, GB/T, CHAdeMO, or NACS, the Integrated EV DC Charger automatically identifies the protocol and initiates the correct charging sequence. This allows drivers with different vehicles to charge side-by-side seamlessly from the same station.
5. What happens if one charging port fails? Does the entire Integrated EV DC Charger stop working?
No, the system is designed with robustness in mind. A failure in one charging port or its associated circuitry typically isolates the issue to that specific port. The remaining ports can continue to operate normally, ensuring that your DC fast charging station maintains partial functionality and continues to generate revenue while service is scheduled.
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