Elecpeek 6.6KW Low Voltage On-board Charger – 312V

SKU: RHT-HK-MF-312-20 Tags: Datasheet

Elecpeek’s on-board charger offers unparalleled performance, even in demanding conditions, thanks to its full-sealed process and IP67 protection level.

  • Support UDS diagnosis
  • CAN wake-up function
  • Full-sealed process
  • Built-in thermal sensor
  • Shut off when temperature up to 90℃
  • Protection level with IP67

 

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    A High Voltage On-board Charger is a sophisticated device designed specifically for electric vehicles (EVs) and plug-in hybrid electric vehicles (PHEVs), enabling rapid charging through the conversion of high-voltage alternating current (AC) from the grid to direct current (DC) that is suitable for the vehicle’s battery system.

    Embedded with smart chips, they offer real-time monitoring of the charging status, automatically adjusting charging currents and voltages to optimize the process, thereby protecting battery health and prolonging battery life.

    Equipped with overload protection, short-circuit prevention, overheat protection, and electromagnetic compatibility (EMC) design, ensuring the safety and reliability of the charging process, and mitigating risks of electrical fires and other hazards.

    Built with robust materials to withstand varying weather conditions, ensuring longevity and reliable operation whether installed indoors or outdoors.

    6.6KW On-board Charger Specification

    6.6KW On-board Charger
    Input Voltage 24V 60V 80V 108V 144V
    Output voltage(V) 0-36V 0-76V 0-102V 0-136V 0-180V
    Output current(A) 0-150A 0-100A 0-75A 0-54A 0-42A
    Rated input Voltage 220VAC
    input voltage range 90-456VAC
    Rated Input Voltage Frequency 50Hz
    Input Frequency Range 45-65Hz
    Starting Impulse Current ≤32A
    Input Power Factor ≥0.99@220Vin,Pomax
    Output Rated Output Power 6.6KW
    Voltage Stabilization Accuracy ≤1%
    Ripple Coefficient of Voltage ≤1%
    Voltage Stabilization Accuracy ≤5%
    Output Response Time ≤5S

    6.6KW Liquid Cooling Bidirectional Charger

    Pin Configuration

    Output Plug Options

    Anderson Plug

    7021 Connector

    Battery Terminals

    Round Head Plug

    Triangle Plug

    Flat Angle Plug

    Yamaha Two Pin Plug

    Yamaha Three Pin Plug

    Short Octagonal Plug

    Pilot Lamp

    Charging Lock

    CAN Signal Line

    Input Plug Options

    Chinese Plug

    American Standard Plug

    British Standard Plug

    European Standard Plug

    South Africa Plug

    Signage Plug

    Pin Plug

    7031 Connector

    Yida Connector

    Successful Projects

    Project QTY: 500PCS
    Item: 6.6KW On-board Charger
    Location: Portland, United States

    Project QTY:1200PCS
    Item:20KW On-board Charger
    Location:Russelsheim,Germany

     

    Project QTY: 500PCS
    Item: 6.6KW On-board Charger
    Location: Portland, United States

    Project QTY: 500PCS
    Item: 6.6KW On-board Charger
    Location: Portland, United States

    Project QTY: 500PCS
    Item: 6.6KW On-board Charger
    Location: Portland, United States

    Project QTY: 500PCS
    Item: 6.6KW On-board Charger
    Location: Portland, United States

    Application

    On-board chargers are integral components of electric vehicles (EVs) and plug-in hybrid electric vehicles (PHEVs). They convert Alternating Current (AC) from the grid (or any other AC source) to Direct Current (DC) for charging the vehicle’s battery. Electric boats and other marine vehicles also use on-board chargers. These chargers may need to be particularly robust to withstand the harsh marine environment.

    Application

    Electrical

    Input Voltage Range

    AC 90~265V
    Input Current

    ≤32A
    Frequency

    47~63HZ
    Power Factor

    ≥0.98 @ ≥1650W
    Stand By Power Consumption

    ≤5W
    Starting Inrush Current

    ≤24A
    Output Voltage Range

    200V-450V
    Max Output Current

    20A
    Output Power

    6600W@220VAC; 3300W@110VAC
    Input Voltage Range

    AC 90~265V

    		 Input Current

    ≤32A
    Frequency

    47~63HZ

    		 Power Factor

    ≥0.98 @ ≥1650W
    Stand By Power Consumption

    ≤5W

    		 Starting Inrush Current

    ≤24A
    Output Voltage Range

    200V-450V

    		 Max Output Current

    20A
    Output Power

    6600W@220VAC; 3300W@110VAC

    Cooling Method

    Enforce Air Cooling, liquid-cooling
    Protection Grade

    IP67
    Multiple Protection

    Input low-voltage, Input over-voltage, Output over-voltage, Over-current, Over-temperature, Polarity reverse, Short-circuit
    Cooling Method

    Enforce Air Cooling, liquid-cooling

    		 Protection Grade

    IP67
    Multiple Protection

    Input low-voltage, Input over-voltage, Output over-voltage, Over-current, Over-temperature, Polarity reverse, Short-circuit

    Environmental

    Operating Temperature

    -40℃~85℃
    Storage Temperature

    -40℃~100℃
    Operating Temperature

    -40℃~85℃

    		 Storage Temperature

    -40℃~100℃

    Specifications

    Charging Control

    CAN or Enable
    Charging Control

    CAN or Enable
    Input Voltage Range

    AC 90~265V
    Input Current

    ≤32A
    Frequency

    47~63HZ
    Power Factor

    ≥0.98 @ ≥1650W
    Stand By Power Consumption

    ≤5W
    Starting Inrush Current

    ≤24A
    Output Voltage Range

    200V-450V
    Max Output Current

    20A
    Output Power

    6600W@220VAC; 3300W@110VAC
    Cooling Method

    Enforce Air Cooling, liquid-cooling
    Protection Grade

    IP67
    Operating Temperature

    -40℃~85℃
    Storage Temperature

    -40℃~100℃
    Multiple Protection

    Input low-voltage, Input over-voltage, Output over-voltage, Over-current, Over-temperature, Polarity reverse, Short-circuit
    Charging Control

    CAN or Enable

    What charging stations does On-Board Charger (OBC) support?

    The charging station support of OBC depends on its compatible charging interface standard, including home charging posts, public charging stations, etc.

    The compatibility and standards of OBC include charging interface standards, charging rates, communication protocols, and safety standards.

    The reliability and durability of OBC depend on the following factors:

    • Design quality and manufacturing process
    • Temperature management
    • Overload protection
    • Environmental adaptability

    Smart features of OBC may include remote monitoring, charging appointments, charging schedule optimization, charging history, smart energy management, charging location navigation, and remote diagnostics and maintenance.

    The safety of OBC is realized through measures such as overload protection, short circuit protection, temperature monitoring and strict compliance with safety standards.

    Elecpeek's On-Board Charger works by converting AC power from an external source, such as a charging station or wall outlet, into DC power that can be stored in the EV battery.

     

    The charging time for an EV using OBC depends on the battery size, charge level, and the charging speed provided by the charger. Typically, it takes between 1 to 12 hours to fully charge an EV using OBC.

     

    Yes, a damaged or faulty OBC can result in overcharging, overcharging, or overheating the battery, which can decrease the lifespan of the battery. It is essential to ensure the proper maintenance and functioning of OBC.

     

    OBC is used for level 1 and 2 charging and provides a lower charging speed than a DC fast charger. DC fast chargers are used for level 3 charging and can provide up to 80% charging in 30 minutes.

     

    Yes, hybrid vehicles also use OBC to charge the battery.

     

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