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Configuration Diagram and Specs

  • Battery Cell Charger/Discharger Technology
  • Configuration Diagram and Specs
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  • Configuration Diagram and Specs
  • Electric Vehicle Charger Technology
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Home main-new Charger Configuration Diagram and Specs
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8-Channel Battery Cell Charger & Discharger

Division Application
MC Apply 3-Phase Vienna Rectifier
AC-DC
Converter
Bidirectional power control
DC 14V output, 15V input
Power
Supply
Commercial power supplier
24V : Output Relay Power
12V/5V : Module & DC-DC Controller
Module
Controller
RS485(ModbusRTU) : Communication with HMI
I/O Control : AC Input MC Control
FAN Control : FAN1 ~FAN4
DC-DC
Converter
2 Types of PCB : Controller + Power Stage
DC-DC Controller : 320F28377S
4 Leg Half-bridge Topology
Relay 24V coil drive for battery reverse Junction protection and pre-charging
FAN AC 220V drive

8-Channel Battery Cell Charger and Discharger Appearance

8-Channel Battery Cell Charger and Discharger Main Specifications

Charging Mode Goal Note
Input Characteristics Input Voltage 14V AC-DC Converter
Maximum Input Current 38A AC-DC Converter
Output Characteristics Output Voltage Range 1~5V 0Vmin ~ 5Vmax (based on resistance load)
Maximum Output Current 50A 50 Amax
Discharging Mode
Input Characteristics Input Voltage 1~5V 1.5Vmin ~ 2.8Vmax (based on battery specs)
Maximum Input Current 50A 50 Amax
Output Characteristics Output Voltage 15 AC-DC Converter
Maximum Output Current 28 AC-DC Converter
Control Characteristics
Voltage Resolution 0.1mV 0.1mV Resolution Setting
Current Resolution 1mA 1mA Resolution Setting
Measurement Precision (Voltage&Current) 0.1% (based on the maximum value) Less than 0.1% (based on the maximum value)
Control Mode CC, CV, CP CC, CV, CP, CC-CV
Communication CAN 2.0B / ModbusRTU(RS485) CAN2.0B DC-DC Converter (Standard ID)
AC-DC Converter (Extended ID)
ModbusRTU HMI to Module Controller

8-Channel Battery Cell Charger and Discharger Communication Specifications

Category Item Specifications
Battery Rack Max Battery Module 19 modules
Capacity 80 Ah
Nominal Voltage 912V(DC)
Min Voltage 570V(DC)
Max Voltage 1064V(DC)
Standard Charge 40A(0.5C)
Max Charge 240A(3C)
Max Discharge 240A(3C)
Communication Communication CAN 2.0B
Baud Rate 250kbps
Environment Operating Temperature -30℃ ~ 45℃
Operating
Temperature(Recommended)
+25℃

Address : 109, Yangcheongsongdae-gil, Ochang-eup, Cheongwon-gu, Cheongju-si, Chungcheongbuk-do, Republic of Korea (HQ)
81, Yangcheongsongdae-gil, Ochang-eup, Cheongwon-gu, Cheongju-si, Chungcheongbuk-do, Republic of Korea (Gold Park)

Telephone: 043-218-5670 / AS : 1588-7468 / FAX : 043-218-5671
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  • Company
    • CEO Greetings
    • Vision 2030
    • CI/BI Introduction
    • DASS History
    • Directions
  • Business Field
    • Solar
      • Solar Inverter
        • DASSTECH Inverter Technology
        • Inverter
        • Inverter Enclosure Box
        • Monitoring system
      • PV Module
        • DASSTECH & LONGI
      • Solar power plant construction
        • Project Introduction
          • Operation & Maintenance Service
        • Construction Cases
          • Solar Photovoltaic Power Plant
          • Public Institution
          • General Housing
          • Rebuilding Service
    • Charger
      • EV Charger Power Module
        • EV Charger Power Module Technology
        • Configuration Diagram and Specs
      • EV Charger
        • Electric Vehicle Charger Technology
        • Product Feature
      • Bidirectional Charger/Discharger
        • Battery Cell Charger/Discharger Technology
        • Configuration Diagram and Specs
    • Battery
      • Battery Packaging
        • Battery Packaging Technology
        • Configuration Diagram and Specs
      • Energy Storage System
        • Energy Storage System Technology
        • Configuration Diagram and Specs
  • R&D Centre
    • Research Institute
    • Achievements
  • DASS News
    • Recruitment
      • People We’re Looking For
      • Recruit
    • News
      • News
      • Notice
  • Customer Support
    • Service
    • Online Consulting
    • FAQ
    • Data Room
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