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Smart Solar Panels

Smart Photovoltaic Solar Panel 435W-455W High Efficiency Mono PERC

Crystal silicon cell-based high efficiency PV (photovoltaic) solar panels are produced for use in land and rooftop solar power plants with the latest solar panel technologies such as Multi Busbar, PERC, Half-Cut Cell and Bifacial, which are produced in automatic production lines in Gebze

Smart Solar Panels

Smart Photovoltaic Bifacial Solar Panel 435W-455W High Efficiency Mono PERC

Crystal silicon cell-based high efficiency PV (photovoltaic) solar panels are produced for use in land and rooftop solar power plants with the latest solar panel technologies such as Multi Busbar, PERC, Half-Cut Cell and Bifacial, which are produced in automatic production lines in Gebze

Smart Solar Panels

Smart Photovoltaic Solar Panel 365W-390W High Efficiency Mono PERC

Crystal silicon cell-based high efficiency PV (photovoltaic) solar panels are produced for use in land and rooftop solar power plants with the latest solar panel technologies such as Multi Busbar, PERC, Half-Cut Cell and Bifacial, which are produced in automatic production lines in Gebze

Smart Solar Panels

Smart Photovoltaic Solar Panel 535W-555W High Efficiency Mono PERC

Crystal silicon cell-based high efficiency PV (photovoltaic) solar panels are produced for use in land and rooftop solar power plants with the latest solar panel technologies such as Multi Busbar, PERC, Half-Cut Cell and Bifacial, which are produced in automatic production lines in Gebze

Crystal silicon cell-based high efficiency PV (photovoltaic) solar panels are produced for use in land and rooftop solar power plants with the latest solar panel technologies such as Multi Busbar, PERC, Half-Cut Cell and Bifacial, which are produced in automatic production lines in Gebze

Main Features

Ultra Clear Ar Coating & Tempered Solar Glass

  • High Transmittance
  • High Impact Resistance
  • High Pressure Resistance

PERC  Cell Technology Passivated Emitter, Rear Contact

  • High Efficiency
  • 5BB Front Electrode Design
  • Outstanding Performance at Low Irradiance

Half-Cut Cell Technology

  • Improved Panel Performance
  • Lower Operation Temperature & Lower Hot-Spot Impact
  • Higher Shade Tolerance

Encapsulant Material: EVA

  • High Transmittance
  • Excellent PID Resistance
  • Longer Durability

Endurance Back Sheet

  • Excellent Electrical Insulation
  • Anti UV-Structure
  • High Inner Layer Reflectivity

Anodized Aluminum Solar Frame

  • High Tensile Strength
  • Thick Eloxal Surface Coating
  • 16 Drain Holes