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8000W Solar Inverter R8000S-US

ROYPOW 8000W off-grid inverters are ideal for off-grid systems. They offer pure sine wave output, high conversion efficiency of up to 92%, parallel connectivity for up to 6 units, long-lasting reliability, ease of installation, built-in safety protections, and intelligent energy management, ensuring efficient and reliable off-grid home backup power.

  • Product Description
  • Product Specifications
  • PDF Download
8000W

8000W

OFF-GRID INVERTER
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    Peak Efficiency
    98% Peak Efficiency
  • backproduct
    Ingress Rating
    IP54 Ingress Rating
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     Years Warranty
    3 Years Warranty
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    Units Parallel Working
    Up to 6 Units Parallel Working
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    Seamless Switch
    10 ms UPS
  • Pure Sine Wave Output
    • Pure Sine Wave Output
    • Wide MPPT Operating Range
    • Built-in BMS Communication
    • Multiple Safe Protections
      • PV Input

      Max. PV Input Power 11000 W
      Max. DC Voltage 500 V
      MPPT Voltage Range 125 V – 425 V
      Max. Input Current 22 A / 22 A
      Number of MPPT 2
      • Battery Input

      Battery Type Lead-acid / LFP
      Rated Voltage 48 V
      Voltage Range 40 V – 60 V
      Max. MPPT Charging Current 180 A
      Max. Mains/GeneratorCharging Current 100 A
      Max. Hybrid Charging Current 180 A
      • AC Input

      Input Voltage Range
      90−140 VA
      Frequency Range
      50 Hz / 60 Hz
      Bypass Overload Current
      63 A
      • Efficiency

      MPPT Tracking Efficiency 99.90%
      Max. Efficiency (Battery) 92%

       

       

      • AC Output

      Rated Output Power 8000 W
      Max. Peak Power 16000 W
      Rated Output Voltage 120/240Vac(Split Phase/Single Phase)
      Load Capacity of Motors 5HP
      Rated AC Frequency 50 Hz / 60 Hz
      Waveform Pure Sine Wave
      Switch Time 10ms 
      • General Specifications

      Dimension (L x W x H)
      620 x 445 x 130 mm
      (24.41 x 17.52x 5.12 inch)
      Weight
      27 kg (59.52 lbs.)
      Installation
      Wall-Mounted
      Environmental Temperature Range
      -10~55℃, >45℃ derated (14~131℉, >113℉ derated)
      Max. Altitude
      >2,000m / >6,561.68 ft Derating
      Ingress Rating
      IP20
      Cooling Mode
      Fan
      Noise
      <60dB
      Display Type
      LCD Display
      Communication
      Wi-Fi / RS485/CAN
      Certification
      UL1741, FCC 15 Class B
    • File Name
    • File Type
    • Language
    • pdf_ico

      ROYPOW Off-Grid Energy Storage System Brochure (US-Standard) - Ver. November 22, 2024

    • En
    • down_ico
    6500W Solar Inverter R6500S-US
    5-3
    6-3

    FAQ

    • 1. What is an off-grid inverter?

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      An off-grid inverter means that it works alone and cannot work with the grid. The off-grid solar inverter draws energy from the battery, transforms it from DC to AC, and outputs it as AC. 

    • 2. Can off-grid inverter work without battery?

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      Yes, it’s possible to use a solar panel and inverter without a battery. In this setup, the solar panel converts sunlight into DC electricity, which the inverter then converts into AC electricity for immediate use or to feed into the grid.

      However, without a battery, you can’t store excess electricity. This means that when sunlight is insufficient or absent, the system won’t provide power, and direct use of the system may lead to power interruptions if sunlight fluctuates.

    • 3. What is the difference between hybrid and off-grid inverter?

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      Hybrid inverters combine the functionalities of both solar and battery inverters. Off-grid inverters are designed to operate independently of the utility grid, typically used in remote areas where grid power is unavailable or unreliable. Here are the key differences:

      Grid Connectivity: Hybrid inverters connect to the utility grid, while off-grid inverters operate independently.

      Energy Storage: Hybrid inverters have built-in battery connections for storing energy, while off-grid inverters rely solely on battery storage without the grid.

      Backup Power: Hybrid inverters draw backup power from the grid when solar and battery sources are insufficient, while off-grid inverters rely on batteries charged by solar panels.

      System Integration: Hybrid systems transmit excess solar energy to the grid once the batteries are fully charged, while off-grid systems store excess energy in batteries, and when full, the solar panels must stop generating power.

    • 4. What is the best off-grid inverter?

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      ROYPOW off-grid inverter solutions are ideal choices for seamlessly integrating into solar power systems to empower remote cabins and standalone homes. With advanced features like pure sine wave output, the ability to operate up to 6 units in parallel, a 10-year design life, robust IP54 protection, intelligent management, and 3 years of warranty, ROYPOW off-grid inverters ensure that your energy needs are well met for hassle-free off-grid living.

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