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Injet HanYuan

800kW Ultra Fast distributed charging system

Driving the Power Revolution

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 The Injet HanYuan system is a groundbreaking modular charging solution designed for high-demand environments such as logistics hubs and transit depots. HanYuan deconstructs total power into a dynamic “Power Pool” ranging from 480kW up to an industry-leading 1920kW. This architecture allows operators to scale infrastructure alongside their fleet growth, ensuring future-proof investment and unmatched operational flexibility.

Product Features

Heavy-Duty Power & Scalability

Heavy-Duty Power & Scalability

    ●Scalable Matrix Architecture: Stackable configuration from 480kW to 1920kW to support diverse enterprise site capacities. ●Massive Connectivity: A single power matrix centralizes control to support up to 32 satellite terminals simultaneously.
Cutting-Edge Efficiency

Cutting-Edge Efficiency

    ●SiC Technology Gain: Equipped with 40kW Silicon Carbide modules, achieving a +1.9% peak system efficiency improvement. ●Millisecond Scheduling: High-speed algorithmic switches respond in milliseconds to changing vehicle states.
Next-Gen Interface Compatibility

Next-Gen Interface Compatibility

    ●600A Ultra-Fast Output: Liquid-cooled terminals deliver continuous 600A current for native 800V high-voltage platforms. ●Global Standard Support: Fully compatible with CCS1, CCS2, GBT, and NACS, with native ISO 15118 (Plug & Charge) support.
Industrial Grade Reliability

Industrial Grade Reliability

    ●All-Weather Toughness: IP54 and IK10 enclosure protection with a wide operating temperature range from -40°C to +55°C. ●Digital Operations Hub: Cloud-based EMS tracking with remote Over-the-Air (OTA) maintenance for high uptime.
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Fluid Intelligence: Dynamic Power Routing Like a Flowing River

The soul of the Injet HanYuan lies in its internal deployment of 40kW dispatchable power modules, allowing energy to flow like "living water" to each charging terminal. Take a 1920kW system as an example: when a heavy truck needing 600kW and a light logistics van needing 80kW charge simultaneously, the system dynamically allocates the exact power each requires, rather than mechanically splitting capacity. This precision ensures every vehicle charges at its optimal curve, significantly reducing average dwell time and boosting station throughput by up to 30%.

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Logistics & Transit Hubs

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  • Optimized Throughput

    Optimized Throughput

    Mastering High-Intensity Fleet Operations. Designed specifically for the rigorous schedules of logistics parks and transit depots, the HanYuan system serves as the definitive backbone for high-turnover fleet operations.

  • Rapid-Turnover Liquid Cooling

    Rapid-Turnover Liquid Cooling

    Featuring liquid-cooled terminals that deliver a sustained 600A output, the system enables heavy-duty EVs to regain significant range during short breaks, effectively shrinking the fleet’s turnaround time and maximizing asset utilization.

  • Scalable Master-Slave Architecture

    Scalable Master-Slave Architecture

    The system employs a modular master-slave configuration supporting up to 32 charging points. This allows for staged deployment, enabling logistics hubs to start with essential capacity and scale terminal density seamlessly as their fleet electrification grows, without the need to replace core power equipment.

Sustainable Energy Ecosystems

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  • Seamless PV & ESS Integration

    Seamless PV & ESS Integration

    1) Supports up to 600A liquid-cooled output and mainstream protocols including Plug & Charge (ISO 15118) and OCPP.
    2) Enables automatic vehicle recognition and seamless charging for trucks, buses, and construction fleets.

  • MCS Future-Ready Foundation

    MCS Future-Ready Foundation

    The hardware architecture is designed with a clear evolution path, fully prepared for upcoming Megawatt Charging Systems (MCS). This forward-looking design ensures that your infrastructure investment remains relevant and competitive for the next decade of heavy-duty transport.

  • CAPEX & Infrastructure Optimization

    CAPEX & Infrastructure Optimization

    By utilizing centralized power cubicles and distributed satellite terminals, the system significantly reduces complex DC cabling requirements. This architecture slashes overall deployment and installation costs by up to 40%, accelerating the project’s ROI and capital recovery.

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