Centralized Liquid-cooled Supercharging System

Nebula Centralized Liquid-cooled Supercharging System integrates split-type DC charging piles, DC converters, energy storage converters, battery systems, and energy management systems. Featuring compact dimensions and flexible installation, it is specifically designed for space-constrained locations with limited power capacity expansion capabilities - including boutique hotels, rural areas, 4S dealerships, and urban centers - effectively resolving site construction challenges caused by restricted transformer capacity allocations.

Scope of Application

  • Hotel
    Hotel
  • Small Charging Station
    Small Charging Station
  • Countryside
    Countryside
  • Guesthouse
    Guesthouse
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Product Feature

  • Extended Lifespan

    Extended Lifespan

    Liquid-cooled power unit with 10+ years service life, covering entire station lifecycle requirements

  • DC Bus Integrated with PV-ESS

    DC Bus Integrated with PV-ESS

    The DC bus architecture enables seamless grid expansion, effectively addressing large-scale deployment constraints caused by limited urban transformer capacity quotas

  • Dynamic Power Allocation

    Dynamic Power Allocation

    Intelligently distributes power in real-time to maximize utilization of power pools and enhance station revenue

  • Battery Diagnostics

    Battery Diagnostics

    Proprietary battery health monitoring technology, ensures real-time EV battery safety protection

125kW Input Power

Avoiding Grid Upgrades

  • With only 125kW input power, the system effectively avoids site construction challenges caused by insufficient grid capacity compared to traditional charging stations.
  • Simplified deployment reduces station construction costs and delivers quicker return on investment.
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DC Bus Architecture

Integrated with PV-ESS

  • The system employs DC bus architecture to minimize power conversion stages, boosting energy efficiency . Its forward-looking design ensures future-ready application adaptability.
  • Integrated with 233kWh energy storage battery, the system charges batteries during off-peak low-tariff periods and discharges during high-tariff peaks, enhancing profitability through strategic energy arbitrage.
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Full-Matrix Power Flexible Allocation

Maximizes Station Utilization

  • Host power flexible dispatch enables intelligent scheduling to maximize charging efficiency, shorten queuing times, and enhance revenue streams.
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Advanced Battery Testing Technology

Providing comprehensive protection for vehicle battery safety

  • Our cutting-edge battery inspection system implements ‌25+ comprehensive test protocols‌, fully covering all ‌12 mandatory national standards‌, to ensure complete protection for vehicle batteries. With ‌20 years of industry-leading expertise‌, we combine ‌battery big data models‌ and ‌Battery AI technology‌ to develop ‌100+ proactive safety strategies‌, delivering more robust and comprehensive protection than ever before.

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Application scenarios

  • 2-Parking-Spot Application Scenario

    2-Parking-Spot Application Scenario

  • 4-Parking-Spot Application Scenario

    4-Parking-Spot Application Scenario

  • 6-Parking-Spot Application Scenario

    6-Parking-Spot Application Scenario

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Basic Parameter

  • NESS-036010233PL02-V001 (2 CH)/ NESS-036010233PL04-V001 (4 CH)/ NESS-036010233PL06-V001 (6 CH)
  • Input Voltage400Vac-15%,+10%
  • Input Power125kW
  • Charger Voltage200~1000V
  • Charger Current (Per Channel)0~250A
  • Charger Channel2,4,6
  • Charger Power (Per Channel)90~180kW
  • IP RatingIP54
  • Cooling Method Liquid-cooled
  • PV Controller (Optional)45kW/90kW
  • Energy Storage Battery (Standard)233kWh
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