JA Solar JAM54D40 Bifacial 450W Black Frame

The JA Solar JAM54D40 Bifacial 450W Black Frame solar panel represents a cutting-edge solution in photovoltaic technology. This high-efficiency mono module combines advanced bifacial design with robust construction, offering superior performance and longevity for both residential and commercial solar installations.

Key features of this exceptional solar panel include:

• Powerful Output: 450W capacity with variants ranging from 430W to 455W
• Advanced Cell Technology: Mono n-type, 16BB bifacial design for enhanced energy capture
• Improved Energy Yield: Bifacial technology increases power generation and reduces LCOE
• Superior Low-Light Performance: Enhanced weak illumination response for consistent energy production
• Temperature Resilience: Better temperature coefficient minimizing efficiency loss in high heat
• Minimal Degradation: n-type technology ensures very low Light Induced Degradation (LID)
• Impressive Efficiency: 22.8% module efficiency for maximum space utilization
• Durability: Double glass construction with IP68 junction box for enhanced protection
• High Load Capacity: Withstands up to 3600Pa front load and 2400Pa back load
• Versatile Installation: 1200mm cable length suitable for both portrait and landscape orientations
• Extended Warranty: 12-year product warranty and 30-year linear power output warranty
• Certified Quality: Meets IEC 61215, IEC 61730, and other international standards
• Wide Operating Range: Performs in temperatures from -40°C to +85°C
• Fire Safety: UL Type 98 fire performance rating for added peace of mind

The JA Solar JAM54D40 Bifacial 450W Black Frame panel sets a new standard in solar technology. With its impressive power output, advanced bifacial design, and robust construction, this module offers an excellent solution for those seeking to maximize energy production and long-term value from their solar investment. Whether for residential rooftops or large-scale commercial installations, this panel delivers the performance and reliability needed to power a sustainable future.