Overview
The 320kW EV DC Charging Integrated Machine (4-Connector Series) is an industrial-strength ultra-fast charging hub designed for maximum vehicle throughput. While standard high-power chargers often limit output to two guns, this 320kW integrated unit features a quad-connector configuration, allowing it to service an entire cluster of vehicles from a single footprint. We have engineered this model for large-scale operations—such as electric bus depots, heavy-duty truck terminals, and high-traffic highway "energy plazas"—where power density and cable reach are critical to operational success.
Step into the future of commercial energy replenishment with a high-capacity charging station designed to command authority and deliver relentless performance. The physical presence of this 320kW integrated machine speaks volumes about its uncompromising build quality; the cool, tactile feedback of the reinforced galvanised steel enclosure conveys immediate industrial-grade durability. When operational, the multi-stage forced air-cooling system hums with a steady, reassuring acoustic profile, an auditory testament to the military-grade thermal management keeping the high-voltage matrix perfectly balanced even under maximum load.
Every interaction with this unit is engineered to feel premium, precise, and effortless. Fleet operators and site managers will appreciate the seamless visual feedback from the vibrant 10.1-inch high-definition touchscreen, which cuts through the harsh glare of direct sunlight to offer crisp, intuitive diagnostics and multi-vehicle monitoring. The heavy-duty connectors themselves, despite channeling massive electrical currents, feel remarkably balanced in the hand, eliminating operator fatigue during high-frequency usage. By integrating four independent charging ports into one sleek, monolithic cabinet, this solution transforms chaotic, congested parking facilities into streamlined hubs of efficiency. It is not merely a piece of hardware; it is a strategic commercial asset that maximizes your site's operational capacity, drastically reduces queuing times, and turns available grid power into immediate, measurable throughput.
Energy is a finite resource, and how you distribute it dictates your site's profitability. Our proprietary 320kW full-flex matrix technology ensures that not a single watt is wasted during peak operation hours, adapting instantly to the demands of connected vehicles.
Land acquisition and grid upgrade costs are the highest barriers to scaling charging networks. This quad-connector powerhouse directly attacks these capital expenses by consolidating massive charging capabilities into a single, highly efficient footprint.
Outdoor commercial equipment must survive relentless exposure to the elements. We engineered this station with a heavy-duty, uncompromising physical architecture designed for decades of exposure in the most unforgiving climates.
Pushing 320 kilowatts of direct current generates intense thermal loads that require absolute mastery over thermodynamics. Our military-grade cooling and safety protocols ensure failure is never an option, protecting both your hardware and your clients.
Hardware is only as powerful as the software that commands it. This unit serves as a highly intelligent node within your broader energy management ecosystem, offering total remote control and seamless data integration.
A superior charging experience translates directly into higher utilization rates and customer loyalty. We focused heavily on the tactile and visual interactions to make high-power charging effortless for every driver who pulls into your station.
Features
- Quad-Connector Energy Distribution: This unit is equipped with four high-capacity charging connectors (customizable with CCS2, CCS1, GB/T, or CHAdeMO). By allowing four vehicles to plug in simultaneously, it drastically reduces site congestion and the need for multiple separate cabinets. This One-to-Four Ultra-Fast Charger is the most cost-effective way to scale a charging site's capacity while minimizing civil engineering and grid connection costs.
- Smart "Full-Flex" 320kW Matrix: Our proprietary dynamic power allocation logic manages the 320kW total capacity across all four active ports. Whether one vehicle is drawing the full 320kW (for compatible 800V/1000V heavy-duty trucks) or four vehicles are sharing 80 million watts each, the system performs millisecond-level adjustments to ensure every car receives its maximum allowable current. This ensures 96% peak conversion efficiency across all sessions.
- Heavy-Duty Commercial Design: Engineered for the rigors of fleet and industrial use, the machine features a reinforced IP54/IP55-rated galvanised steel enclosure with IK10 impact resistance. It includes an optional motorized or counterbalanced cable management system that prevents 5-meter (or longer) heavy-duty cables from touching the ground, reducing wear and making the high-current connectors feel weightless for the operator.
- Advanced Thermal & Safety Architecture: Managing 320kW in a single integrated cabinet requires military-grade cooling. Our multi-stage forced air-cooling system is paired with liquid-cooled cable options to maintain stable performance in extreme climates (-30°C to +55°C). The system is protected by integrated Type B RCDs, insulation monitoring, and surge protection, ensuring a failure-free operation record validated by 50, 000 hours of stress testing.
- Global Connectivity & OCPP 2.0.1 Hub: Fully compliant with OCPP 1.6J and 2.0.1, this unit acts as a smart node in your charging network. It features a 10.1-inch high-definition touchscreen for multi-vehicle management and supports remote diagnostics, 4G/Ethernet/Wi-Fi connectivity, and seamless integration with third-party billing and fleet management software.
Questions
How does the dynamic power allocation handle four vehicles with different battery capacities?
The system communicates continuously with each vehicle's Battery Management System (BMS). It calculates the maximum acceptance rate of each battery and dynamically shifts the 320kW total capacity in milliseconds. This ensures that vehicles capable of faster charging receive more current without starving the other connected vehicles, optimizing the total throughput of the station.
Can the 5-meter cables be extended for larger commercial vehicles?
Yes. While 5 meters is the standard length, we offer customized cable lengths to accommodate larger fleet vehicles like electric buses or articulated trucks. When opting for longer cables, we highly recommend pairing them with our counterbalanced cable management system to prevent ground wear and reduce physical strain on the operators.
What happens to the charging sessions if the site loses internet connectivity?
The station features local caching and offline authorization modes via RFID or pre-configured settings. It will continue to dispense power safely and record all transaction data locally. Once the 4G, Wi-Fi, or Ethernet connection is restored, the unit automatically syncs the cached data with your backend management software, ensuring no revenue or data is lost.
Is the touchscreen responsive in extreme cold or heavy rain?
Absolutely. The 10.1-inch display utilizes industrial-grade capacitive touch technology designed to register inputs accurately even when the user is wearing thick gloves or when the screen is covered in water droplets. It is engineered to operate flawlessly in extreme temperatures down to -30°C.
How often does the multi-stage forced air-cooling system require maintenance?
The system utilizes independent dual filtration with unique airflow channels to keep dust and debris away from sensitive internal electronics. Under normal operating conditions, we recommend a simple visual inspection and filter cleaning every 6 to 12 months. This straightforward routine ensures the system maintains its 96% peak efficiency and guarantees a long, maintenance-free operational lifespan.
