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11KW Bi-OBC, 2.5KW DC/DC Converter & PDU from China Suppliers - Customized Power Solutions from Factory
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11KW Bi-OBC, 2.5KW DC/DC Converter & PDU from China Suppliers - Customized Power Solutions from Factory

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Working Mode

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Charge (OBC)
• Input Voltage Range: Three-Phase 360-440Vac, Single-Phase 200-260Vac
• Output Voltage: 310-400VDC
• Output Current: 0-30A

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Discharge (Inverter)
• Input Voltage Range: 310-400VDC
• Output Voltage: Three-Phase 360-440Vac, Single-Phase 200-260Vac (3.7KW)
• Output Current: 0-16A
• Inverter Power: Single 3.6KW, Three-Phase 10KW

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2.5KW DCDC
• Input Voltage Range: 240-450VDC
• Output Voltage: 13.8VDC
• Output Current: 0-145A

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PDU
• PDU Power: 100KW, customizable according to customer needs

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As a leading manufacturer in China, we specialize in providing high-quality power solutions. Our range includes advanced charging systems, inverters, DCDC converters, and customizable Power Distribution Units (PDU). Partner with trusted suppliers and manufacturers from our factory to ensure reliable performance tailored to your specific requirements.

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    Product Features

    Key Features
    • High Efficiency: OBC module efficiency: 94%, DC-DC module efficiency: 93%
    • Compact & Lightweight: Dimensions: 400mm x 255mm x 168mm (excluding connectors), Weight: 25KG
    • Water-Cooled Design: Ensures effective heat dissipation for stable operation.
    • Fully protected against dust and water, ensuring reliable operation in harsh environments.
    Battery & Charging Performance
    • Wide Input Voltage Range:
      • Three-phase input: 360-440Vac
      • Single-phase input: 200-260Vac
    • Output Voltage & Current (Charging Mode - OBC):
      • Output voltage: 310-400VDC
      • Output current: 0-30A
    • Inverter Mode:
      • Output voltage (DC): 13.8VDC
      • Output current (DC): 0-145A
      • Output voltage (AC): Three-phase 360-440Vac or single-phase 200-260Vac
      • Inverter power: 3.6KW (single-phase), 10KW (three-phase)
    Smart Functions
    • Protection with Automatic Recovery: Includes protection against over-voltage, over-current, short-circuit, and over-temperature.
    • Automatic recovery to minimize downtime.
    • MTBF (Mean Time Between Failures): 300,000 hours, ensuring high reliability and longevity.
    Communication & Integration
    • Versatile Working Modes: Supports both charging (OBC) and discharge (Inverter) modes, enabling flexible integration with various energy systems.
    • Customizable PDU Power: Standard PDU power: 100KW (customizable to meet specific requirements).
    Design & Flexibility
    • Facilitates installation in confined spaces.
    • Offers flexibility with various output voltage options (310-400VDC for charging, 13.8VDC for discharge).
    Protection & Safety
    • Over-voltage protection (input and output)
    • Over-current protection (input and output)
    • Short-circuit protection
    • Over-temperature protection with auto-recovery
    • High voltage DC reverse protection for OBC and DC-DC modules
    Applications
    • Various new energy vehicles
    • Industrial control products

    Frequently Asked Questions

    What is the efficiency of the OBC and DC-DC modules?

    The OBC module achieves an efficiency of 94%, while the DC-DC module achieves an efficiency of 93%.

    What are the physical dimensions and weight of this product?

    The dimensions are 400mm x 255mm x 168mm (excluding connectors), and the overall weight is 25KG.

    What voltage ranges are supported in charging and inverter modes?

    For input, it supports three-phase 360-440Vac and single-phase 200-260Vac. For output (OBC charging mode), it provides 310-400VDC. In inverter mode, it supports 13.8VDC (DC) and either three-phase 360-440Vac or single-phase 200-260Vac (AC).

    What safety and protection mechanisms are built into the device?

    The system is equipped with over-voltage, over-current, short-circuit, and over-temperature protection with automatic recovery, along with high-voltage DC reverse protection for the OBC and DC-DC modules.

    What is the MTBF (Mean Time Between Failures) of this system?

    The system has a Mean Time Between Failures (MTBF) of 300,000 hours, ensuring long-term reliability and operation.

    What are the main applications for this product?

    This product is designed for use in various new energy vehicles and industrial control products.

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