235W Polycrystalline Solar Panel Description

 
  • Cell Type
  • Cell Arrangement
  • System Voltage
  • Maximum Reverse Current
  • Operating Module Temperature
  • Maximum Load

  • Poly-crystalline
    60 (6 x 10)
    600 VDC
    15 A
    -40°C to +85°C
    75 lbs/ft²
  • Total Harmonic Distortion
  • Weight
  • EPA Rating
  • FCC Compliance
  • UL Standard 1703
  • Warranty
  • < 15%
    58 lbs
    16.8 ft²
    Part 18, Subp. C
    Yes
    5 Year

    235W Polycrystalline Solar Panel

    Application, Features and Benefits
    • 6" high-efficiency 180-200 micron thick silicon cells.
    • Robust anodized aluminum frame to stand up to 5400 Pa load.
    • Low-iron solar glass front panel with anti-reflective surface.
    • Outstanding performance at low irradiance.
    • High energy yield at Low NOCT.
    • High module efficiency up to 15.85%.
    • Positive power tolerance:  0 - +5W.
    • Frame and slip-fitter mounting system included.
    • Weather-tight whips provided for all connection cords.
    • 5 Year Warranty on complete unit.

    DATA - At Standard Test Conditions (STC)

    Model No. Nominal Power
    (WP)
    Voltage @
    Nominal Power (V)
    Current @
    Nominal Power (A)

    Open-Circuit
    Voltage (V)
    Short-Circuit
    Voltage (A)
    Model Efficiency (%)
    NE-PPV-235W
    ≥ 235
    30.2 7.78
    37.1 8.42 14.0
    * STC (1,000 W/m², AM 1.5 cell temperature 25°C
    * Power sorting tolerance (as measured by flasher): -0 Watts / +4.99 Watts

    DATA - At Normal Operating Cell Temperature (NOCT)

    Model No. Nominal Power
    (WP)
    Voltage @
    Nominal Power (V)
    Current @
    Nominal Power (A)

    Open-Circuit
    Voltage (V)
    Temperature
    NE-PPV-235W
    ≥ 169 27.2 6.75
    33.9 45.5
    * NOCT (800 W/m², AM 1.5, windspeed 1 m/s, ambient temperature 20°C

    DATA - Temperature Coefficients

    Model No. Power ( % / °C ) Open-Circuit
    Voltage (V)
    Short-Circuit
    Current ( % / °C )
    NE-PPV-235W
    -0.44 -0.32 +0.04


    DATA - At Low Irradiation

    * At a low irradiation intensity of 200 W/m² (AM 1.5 and cell temperature 25°C) 97% of the STC module efficiency (1000 W/m²) will be achieved