Solar materials engineered for bankability and performance

Applications

• Utility-scale projects
• Hot climate installations
• Environmentally sensitive projects

Key Benefits

• Temperature coefficient -0.28%/°C
• Lowest carbon footprint
• Superior spectral response
• Integrated recycling program

Applications

• Large-scale solar installations
• Commercial and industrial projects
• High-yield solar farms

Key Benefits

• 156 half-cut cells for reduced resistance losses
• Bifaciality up to 85% for maximum energy harvest
• 30-year power warranty with 87.4% retention
• Enhanced low-light performance

Applications

• Utility-scale solar farms
• Commercial rooftops
• Ground-mount systems

Key Benefits

• 22.5-22.8% cell efficiency with HPBC technology
• Bifacial ratio up to 80% for increased energy yield
• Temperature coefficient -0.28%/°C for hot climates
• 87.4% power retention after 30 years

Applications

• Space-constrained installations
• Premium commercial projects
• Technology demonstration

Key Benefits

• 26.9% cell efficiency record
• 20% more power than silicon
• Same footprint as standard panels
• IEC stability testing passed

Applications

• Residential rooftops
• Premium commercial installations
• Space-constrained projects

Key Benefits

• 88 HJT cells for superior efficiency
• Temperature coefficient -0.24%/°C
• 92% power retention at year 25
• Lead-free manufacturing

Applications

• Utility-scale power plants
• Large commercial installations
• Desert solar farms

Key Benefits

• 210mm large-format cells for maximum power
• 132 cells in glass-glass bifacial design
• Temperature coefficient -0.34%/°C
• 30-year comprehensive warranty