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1200kW DC EV Charging Main Cabinet Configurable for 12 Single or 6 Dual Gun Dispensers with Modular 40kW Power Units
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1200kW DC EV Charging Main Cabinet Configurable for 12 Single or 6 Dual Gun Dispensers with Modular 40kW Power Units
| MOQ: | 10 |
| Standard Packaging: | Wodden Box |
| Delivery Period: | 5-10 Days |
| Payment Method: | L/C,D/A,D/P,T/T,Western Union |
| Supply Capacity: | 50/ Week |
Detail Information
Place of Origin
China
Brand Name
Huijie
System Rated Power:
Up To 1200kW (Configurable)
Power Module:
40kW Modular Units
Dimensions (LxWxH):
1900 X 900 X 1950 Mm
Weight:
750 Kg
Protection Rating:
IP54 / IK10
Max Configuration:
12 Single-Gun Or 6 Dual-Gun Dispensers
Input Voltage:
400VAC / 480VAC (3P+N+PE)
Input Frequency:
50/60 Hz
Output Voltage Range:
200 - 1000 VDC
Total Output Current:
Up To 4000A (System)
System Efficiency:
Peak Efficiency ≥96%
Power Factor:
>0.98
Communication Protocol:
OCPP 1.6, Compatible With Major CPMS
Network Connectivity:
WiFi, Ethernet, 4G Modem (Optional)
Operating Temperature:
-30°C To +75°C
Cooling System:
Forced Air Cooling
Highlight:
1200kW DC EV Charging Main Cabinet
,Configurable DC Fast Charger Station
,High Efficiency EV Charging Power Hub
Product Description
1200kW DC EV Charging Main Cabinet
Command the highest echelons of electric vehicle charging infrastructure with the 1200kW Main Rectifier Cabinet. This centralized power hub is engineered to serve as the core of megawatt-scale charging depots, public superhubs, and heavy-duty fleet operations. Delivering a colossal 1200kW of DC power, it can be flexibly configured to support up to 12 individual single-gun dispensers or 6 high-capacity dual-gun stations, simultaneously powering up to 12 vehicles. Designed for maximum uptime and serviceability with full multi-door access, this system represents the pinnacle of efficiency, scalability, and control for the most demanding charging applications.
Product Features & Advantages
-
Megawatt-Scale Centralized Power:
Consolidates power conversion into a single, highly efficient (≥96% peak) unit, drastically simplifying site infrastructure, reducing overall footprint, and lowering long-term operational costs compared to a farm of individual chargers. -
Ultimate Deployment Flexibility:
Configure the system output to match your site's exact needs: opt for 12 single-gun posts to maximize vehicle throughput in taxi queues or public lots, or choose 6 dual-gun posts for versatile, space-efficient charging in fleet depots or highway plazas. -
Intelligent Dynamic Power Allocation:
An advanced power management system dynamically distributes the total available 1200kW (up to 4000A) in real-time across all connected dispensers. This ensures optimal utilization, allowing power not used by one vehicle to be instantly available for another, maximizing revenue potential. -
Modular & Service-Friendly Design:
Built with standardized 40kW power modules for easy scalability and replacement. The cabinet features front, rear, and side door access, enabling swift installation, routine maintenance, and module swaps with minimal downtime. -
Industrial-Grade Robustness & Connectivity:
Built to IP54 and IK10 standards for resistance against dust, water, and impact. Fully compliant with OCPP 1.6J for seamless integration into any major charging network management system, enabling remote monitoring, diagnostics, and smart grid interaction.
Applications & Usage
This main cabinet is the foundational power source for building the largest and most efficient EV charging sites:
- Electric Truck/Bus Mega-Depots: Centralized power for charging entire fleets of heavy-duty vehicles overnight.
- Public EV Charging Superhubs: Powering dozens of stalls at highway service stations or urban charging parks.
- Mining & Port Operations: Charging large electric mining trucks, loaders, and terminal tractors.
- Ride-Sharing & Logistics Superhubs: High-uptime stations designed for continuous, high-volume use.
Frequently Asked Questions
What is the primary advantage of using a 1200kW main cabinet versus multiple standalone chargers?
Infrastructure Efficiency: One high-voltage AC connection powers up to 12 charging points, drastically reducing trenching, cabling, and grid connection complexity and cost. Operational Efficiency: Centralized conversion is more efficient (≥96%), and dynamic power sharing maximizes total energy utilization across all stalls, preventing stranded capacity.
Can I start with a lower power configuration and upgrade to 1200kW later?
Absolutely. The system is built with modular 40kW power units. You can install a subset of modules initially (e.g., for 600kW) and seamlessly add more modules within the same cabinet later to scale up to the full 1200kW capacity as demand grows, protecting your initial investment.
How does the system manage power if all 12 dispensers are in use at once?
The central controller uses a smart, demand-based allocation algorithm. The total available power pool (e.g., 1200kW) is distributed in real-time based on each connected vehicle's request. If not all vehicles demand maximum power simultaneously, the system dynamically re-allocates surplus power to vehicles that can use it, ensuring optimal charging speeds for all.
What are the electrical utility requirements for installing this cabinet?
This requires a dedicated, high-capacity three-phase 400V/480V AC supply capable of delivering over 1200kW. A detailed site assessment and coordination with the local utility are mandatory. We provide full technical specifications and can support grid integration planning.
What maintenance is required for this system?
Primary maintenance involves regular cleaning/replacement of air filters for the forced-air cooling system and software updates, which can be performed remotely via OTA (Over-the-Air). The modular design and full cabinet access allow for swift replacement of any 40kW power module if needed, minimizing downtime.
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