Seraphim S3 Series Bifacial Half-cell Module

Inquire Now

Description

The Seraphim S3 Series Bifacial Half-cell Module is a groundbreaking advancement in solar technology, expertly crafted to maximize energy efficiency and output. This module integrates cutting-edge features, including 166mm silicon wafers, bifacial capabilities, multi-busbar, and half-cut cell technologies. With an impressive maximum module efficiency of 20% and a maximum power output of 445W on the front side, this solar solution is engineered for superior performance.

Designed for enhanced reliability, the S3 bifacial half-cell module utilizes a dual glass structure that protects the solar cells while improving overall performance. The innovative multi-busbar design enhances power generation and reduces losses due to ribbon resistance, resulting in a more than 5% efficiency boost. Additionally, the half-cell technology mitigates the impact of micro-cracks and hot spot effects, ensuring longevity and reliability.

This module excels in energy yield, converting both incident and reflected light, achieving a bifaciality rate of up to 70 ± 5%. This capability allows for a theoretical maximum power output of 579W, significantly lowering the Levelized Cost of Energy (LCOE) for solar projects. Ideal for highly-reflective project sites, the S3 series can generate additional power from various surfaces, including asphalt, lawn, and aluminum foil.

Specifications

Attribute Details
Maximum Module Efficiency 20%
Maximum Power Output (Front Side) 445W
Bifaciality Rate 70 ± 5%
Theoretical Maximum Power 579W
Backside Power Gain Up to 30%
Fire Resistance Class A
Performance at Low Irradiance Outstanding
LCOE Reduction Significantly lower

Additional Information

For optimal performance, the Seraphim S3 Series is particularly effective in environments with highly reflective surfaces:

  • Asphalt Ground: Additional Power Generation Rate: 2-7%
  • Lawn: Additional Power Generation Rate: 5-10%
  • Aluminum Foil: Additional Power Generation Rate: 10-30%

Product Inquiry Form

Thanks your message successfully submitted.