Cell Technology | Rooftop installations, commercial projects | N-type TOPCon (23% efficiency)▲▲▲ vs Industry Standard (PERC: 20-21%)▲▲ vs Base (Mono-PERC: 21.5%)▲ (ISO 9050 certified) | Higher energy yield in limited spaces; reduced light-induced degradation. | Higher upfront cost compared to standard panels. |
Power Output | Large-scale solar farms, industrial use | 600–650W▲▲▲ vs Industry Standard (500–550W)▲▲ vs Base (580W)▲ (IEC 61215 compliant) | Delivers 15–20% more power per panel, reducing system footprint. | Requires robust mounting systems to handle higher weight. |
Temperature Coefficient | Hot climates, sunny regions | -0.24%/°C▲▲▲ vs Industry Standard (-0.34%/°C)▲▲ vs Base (-0.30%/°C)▲ (ASTM E1036) | Maintains 90%+ efficiency at 75°C, ideal for high-heat environments. | Limited benefit in temperate regions with moderate temperatures. |
Half-Cell Design | Shaded areas, partial obstructions | 60 half-cells per panel▲▲▲ vs Industry Standard (full cells)▲▲ vs Base (50 half-cells)▲ (IEC 61730) | Reduced hotspots; 20% better performance in partial shading. | Slightly heavier panels may require reinforced racking. |
Durability (Certifications) | Coastal areas, harsh weather zones | EMC/CE Certified▲▲▲ vs Industry Standard (IEC 61215 only)▲▲ vs Base (UL 1703)▲ (ISO 9001 quality control) | Withstands salt corrosion, UV exposure, and extreme temperatures (-40°C to 85°C). | Certification compliance may limit availability in non-European markets. |
Customization | Custom project installations | Module Size: 2284×1134×40mm▲▲▲ vs Industry Standard (2256×1125×35mm)▲▲ vs Base (2200×1000×30mm)▲ (ASTM E1036) | Flexible mounting options; optimized for both rooftops and ground mounts. | Non-standard dimensions may require tailored installation planning. |