Jinko Bificial 585W Solar panel

Jinko Bificial 585W Solar panel

Price available on request

4.7|450 sold

Jinko JKM585N-72HL4-BDV solar module from the cutting-edge Tiger Neo N-Type series, is designed for optimal performance and durability. With an impressive efficiency of 22.65% and exceptional resistance to extreme conditions, this module is engineered to thrive even in challenging environments. Certified to withstand wind loads of up to 2400 Pascal and snow loads of 5400 Pascal.

Featuring a robust 585 W output, the Jinko JKM585N-72HL4-BDV is specifically crafted to harness diffuse sunlight effectively. Its unique Tiger Neo N-Type series boasts outstanding resistance to salt and ammonia, making it an ideal choice for rooftop installations in areas with harsh weather conditions. Experience long-term reliability with an annual degradation rate of just 0.40% over 30 years. The integration of SMBB Technology enhances light trapping and current collection, boosting module power output and overall reliability. The N-type module, equipped with Hot 2.0 technology, ensures superior reliability and minimizes LID/LETID. With a general power increase of 5-25%, the Jinko JKM585N-72HL4-BDV 585 W delivers a substantial reduction in Levelized Cost of Energy (LCOE) and a higher Internal Rate of Return (IRR).

Product features JinkoSolar JKM585-72HL4-BDV

  • 1.Power: 585 watts

  • 2.Maximum system voltage: 1500 V (IEC certified)

  • 3.Frame color: Silver

  • 4.Efficiency: 22.65 %

  • 5.Dimensions: 2278 × 1134 × 30 mm (H x W x D)

  • 6.Weight: 31.0 kg

  • 7.Cable length: 1.60 m

  • 8.Connector type: MC4-EVO2

  • 9.Protection category: IP68

  • 10.Power temperature coefficient Pmax: -0.30% /°C

Product advantages

  • 144 monocrystalline N-type cells

  • 0 ~ +3 % positive power tolerance

  • Reduced hot spot loss

  • SMBB Technology

  • Hot 2.0 Technology

  • PID Resistance

  • Higher Power Output

  • Enhanced Mechanical Load

  • 12 years Product warranty

  • 30 years Linear power warranty

Key Features & Specifications

  • SMBB Technology
  • PID Resistance
  • Hot 2.0 Technology
  • Enhanced Mechanical Load

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