Jinko Solar 545W Bifacial
Jinko Solar 545W Bifacial photovoltaic module - elegance and efficiency for your solar installation.
Jinko Solar 440 W N-type Full Black is a modern photovoltaic module with high efficiency, low degradation and stable energy production, covered by a 30-year linear warranty.
Jinko Solar 440 W N-type Full Black is an advanced photovoltaic module based on N-type cell technology, delivering very high efficiency, low degradation, and stable energy production over time, backed by a 30-year linear warranty.
• More energy from limited space – high efficiency (up to ~22.0%) maximizes energy yield per m².
• Better year-round performance – N-type and SMBB technologies improve output in low-light conditions.
• Lower degradation – Hot 2.0 technology reduces LID/LETID, ensuring long-term stability.
• High environmental resistance – resistant to salt mist, ammonia, and harsh weather conditions.
• Robust construction – certified for loads up to 6000 Pa (snow) and 4000 Pa (wind).
• Long-term security – 30-year linear performance warranty and 25-year product warranty.
• Maximum power (Pmax): 440 W
• Module efficiency: ~22.02%
• Open circuit voltage (Voc): 39.57 V
• Short circuit current (Isc): 13.80 A
• Voltage at Pmax (Vmpp): 32.99 V
• Current at Pmax (Impp): 13.34 A
• Cell type: Monocrystalline N-type
• Technology: SMBB, Hot 2.0
• Number of cells: 108 (6×18)
• Front glass: 3.2 mm tempered, anti-reflective coating
• Frame: Anodized aluminum (full black)
• Junction box: IP68
• Dimensions: 1762 × 1134 × 30 mm
• Weight: 22 kg
• Maximum system voltage: 1000 V (IEC)
• Operating temperature: -40°C to +85°C
• Load capacity: 6000 Pa (snow), 4000 Pa (wind)
• Additional resistance: salt mist, ammonia
• 25-year product warranty
• 30-year linear performance warranty
• Annual degradation: 0.40%
• Minimum 87.4% output after 30 years
• Residential and commercial PV systems requiring high efficiency and premium full black design
• Investors looking for advanced N-type technology and long lifespan
• Users focused on low degradation and long-term performance