All Categories
    Menu Close

    4kW Off Grid Inverter, 48V

    SKU: PH-OGI-4
    $1,485.87
    ● Processes 4 kW of rated power off grid pv inverter with an impressive 12,000VA peak (20ms), easily supporting 3 hp motor starts. ● Offers a flexible DC input voltage of 48VDC (optional) with a wide range of inputs to ensure compatibility with a variety of setups. ● Adopts three-stage AC charging mode with a maximum AC charging current of up to 30A to optimize energy replenishment. ● Utilizes a microchip for precise control, pure sine wave output, optional 110VAC to 240VAC AC output range, and automatic frequency tracking to 50/60Hz.
    *
    *
    *
    🚚 Free shipping
    ⏱️ Delivery: 6-12 days
    🔙 30-day Returns
    Overview

    We recommend our latest 4kW pure sine wave off grid inverter, designed for 48V DC, capable of supporting 3 hp starter motor. Adopting advanced microprocessor technology to ensure stable and efficient inverter output, it also supports 110VAC/120VAC/220VAC/230VAC/240VAC input voltage ranges for various environments and needs. When you choose to access the PV panels for charging, you can select the charging control current of 30A, 60A, 80A or 100A. Three-stage utility charging method (constant current, constant voltage, float charging) ensures battery life and performance. Off grid solar inverter output is pure sine wave, output efficiency is up to 99%, reliable and stable. Suitable for all kinds of off-grid solar systems, providing you with reliable power solutions.

    4kw off grid solar inverter feature

    Feature

    • Low loss, high efficiency, toroidal transformer, pure sine wave output.
    • LCD display, real-time view of setup parameters and operating conditions.
    • New fault code query function, convenient for users to monitor the operation status in real time.
    • Support diesel (gas) oil generator, which can be applied to work under the harsh power environment.
     

    Details

    1. Industrial Frequency Toroidal Transformer: Key components of the inverter, convert voltage and keep it stable
    2. Microprocessor Chip: Controls off-grid inverter operation and protection functions
    3. Large Copper Core Wire Tie: Conducts current and reduces energy loss
    4. Digital LCD Display: Real-time display of inverter working status and parameters
    1kw off grid solar inverter detail

    1kW Off Grid Inverter Interface Demonstration

    4kw off grid inverter structure

    1 2 3 4
    Solar Input/DC Output Terminal Block Input/Output Insurance Battery Positive & Negative Terminal AC Inputs & Outputs / Zero / Fire / Ground Terminals
    5 6 7 /
    AC Output Socket Temperature Control Cooling Fan RS232/ External Display Interface/ RS485 /


    1kW Off Grid Inverter Input Methods

    4kw off grid inverter output ways

    Specs
    Rated Power 4kW
    Peak Power (20ms) 12000VA
    Support Starter Motor 3Hp
    DC Input Voltage 48VDC (optional)
    DC Input Voltage Ranges 10.5-15VDC
    Utility Input Voltage 110VAC / 120VAC / 220VAC / 230VAC / 240VAC (same as the output voltage)
    Utility Input Frequency  50Hz / 60Hz (adjustable)
    Photovoltaic Charging Control Current 30A/60A/80A/100A (optional)
    Maximum Mains Charging Current 0~30A (depending on model)
    Mains Charging Method Three-stage (constant current, constant voltage, float)
    Inverter Output Efficiency ≥85%
    Inverter Output Voltage AC±2%: 110V/120/ 220/230V/240V (optional)
    Inverter Output Frequency 50/60Hz±1%
    Inverter Output Waveform Pure sine wave
    Utility Output Efficiency >99%
    Utility Output Voltage Range 110VAC±10% / 120VAC±10% / 220VAC±10% / 230VAC±10% / 240VAC±10%
    Utility Output Frequency Range Auto-tracking
    Inverter Output Waveform Distortion ≤3% (linear load)
    Battery Mode No-load loss ≤0.8% of rated power
    No-load Loss in Utility Mode ≤2% of rated power (mains charger not working)
    Energy Saving Mode No-load Loss ≤10W
    Valve Regulated Lead Acid Batteries Average charging voltage:14.2V; Floating charging voltage:13.8V(12V system; 24V system*2; 48V system*4)
    Customized Batteries Customized charging and discharging parameters for different types of batteries (charging and discharging parameters for different types of batteries can be set through the operation panel)
    Battery Undervoltage Alarm 11V
    Battery Undervoltage Protection 10.5V
    Battery Over-voltage Alarm 15V
    Battery Overvoltage protection 17V
    Battery Overvoltage Recovery Voltage 14.5V
    Overload Power Protection Automatic protection (battery mode), circuit breaker or fuse (mains mode)
    Inverter Output Short Circuit Protection Automatic protection (battery mode), circuit breaker or fuse (mains mode)
    Temperature Protection >90°C (output off)
    Alarm A Normal working condition, no alarm sound from buzzer
    Alarm B Buzzer beeps 4 times per second in case of battery failure, abnormal voltage, overload protection
    Alarm C When the machine is turned on for the first time and the machine is normal, the buzzer will beep 5 times
    Operating Mode Inverter priority/utility priority/energy saving mode
    Conversion Time ≤4ms
    Panel Display LCD
    Heat Dissipation Method Smart fan control
    Communication Function (optional) Mobile APP (WIFI monitoring or GPRS monitoring)
    Operating Temperature -10℃~40℃
    Storage Temperature -15℃~60℃
    Noise ≤55dB
    Altitude 2,000 m (exceeding the amount to be used at a reduced rate)
    Relative Humidity 0%~95%, no condensation
    Machine Size 615*315*209 (mm)
    Installation Method Wall-mounted
    Application
    Off grid inverter for home

    Off Grid Inverter for Home

    Off grid inverter for outdoor

    Off Grid Inverter for Outdoor

    Kitchen appliances

    Kitchen Appliances

    Domestic electric appliance

    Domestic Electric Appliance

    FAQ

    Q1. How long can a 4 kW off-grid inverter run on batteries?

    The operating time of a 4 kW off grid pv inverter connected to batteries depends on factors such as battery capacity, load demand and efficiency. Typically, with a 48V battery pack, it can run for several hours at full load. However, reducing the load or using renewable energy sources such as solar panels can greatly extend the runtime. Regular maintenance and monitoring of the health of the batteries is also critical to maximizing the runtime of the 48v off grid inverter.

    Q2. How do I determine if a 4 kW off-grid solar inverter (48 volt) is right for my setup?

    • Power Requirements: Calculate your total power needs and ensure the inverter's capacity exceeds this.
    • Battery Compatibility: Check compatibility with your 48V battery bank for seamless integration.
    • System Voltage: Verify that your solar panels or alternative power sources align with the solar inverter on off grid's voltage requirements.
    • Load Types: Consider the types of appliances and electronics you'll power to ensure compatibility with the inverter's waveform (e.g., pure sine wave for sensitive equipment).
    • Expansion Options: Evaluate if the inverter allows for future system expansion if your power needs grow.
    0.0 0
    Write your own review Close
    *
    *