Home / 12V 24V Wind Solar Hybrid Charge Controller with LCD Display MPPT Boost Charge Wind Solar Controller (GPI1010K)

12V 24V Wind Solar Hybrid Charge Controller with LCD Display MPPT Boost Charge Wind Solar Controller (GPI1010K)

[High Efficiency] MPPT and boost charging, high efficiency tracking chip can effectively improve the charging efficiency of wind turbines, solar and wind energy, while charging and using electricity at the same time.
[Intelligent] Fan PWM stepless unloading, external unloading device, solar energ
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  • Detail

    Item Type: Wind Solar Hybrid Charge Controller
    Host Size: Approx. 174 x 145.5 x 70 mm / 6.9 x 5.7 x 2.8 in
    Shell Color: Green
    Material: ABS
    System Rated Voltage: 12/24V automatic identification

    Model GPI-4030 GPI-6060 GPI-1010K
    Battery Voltage 12V 24V 12V 24V 12V 24V
    Wind Turbines Rated Power 200 400 300 600 500 1000
    PV Module Rated Power 150 300 300 600 500 1000 Maximum Input Voltage: Wind turbines No Load Current (DC): 0.05A
    The Controller Takes Power: Battery or photovoltaic panel to take power
    Control Method: Fan MPPT boost charging function, PWM unloading function, PWM overcurrent limiting function
    Load: A variety of working modes are available: pure light control mode, normally open mode, light control + time control mode (four periods + morning light)
    Display Mode: LCD, Chinese display, clear and intuitive
    Display Parameters: Voltage, battery power, current, power, load mode, temperature, etc.
    Protection Type: Solar battery anti reverse charging protection, battery open circuit protection, battery reverse connection protection, overcurrent and overvoltage soft automatic braking protection, overload protection, etc.
    Heat Dissipation Method: Aluminum heat dissipation and self cooling
    Operating Temperature And Humidity Range: -20~+55℃/35~85%RH (but no condensation)
    Weight: Approx. 2289g / 80.7oz
    Applicable Battery: General lithium battery
    Application: Wind solar hybrid energy storage power station, wind solar hybrid monitoring system, wind solar hybrid lighting system
    Failure Analysis:
    When the fan is connected to the controller, the speed of the fan becomes very slow immediately?
    1. The battery voltage arrive the floating charging point
    2. The rated output voltage of the fan is much higher than the rated voltage of the battery, because the fan speed is proportional to the output voltage, and the fan voltage is dragged by the battery and will not be very

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