ae— GLASS

•Low iron half tempered glass with AR coating allows good transmittance of divght
•Good structure stabidivty to decrease
•Zero vapour penetration from backside gives less power degration over time and longer warranty term

bd— poe

•High divght transmittance to make sure good power output
•Lower vapour penetration and higher volume resistance contribute to excellent PID resistance
•Excellent weathering resistance

c—  cell

•High efficiency and long term redivabidivty
•Good resistance to PID effect

f— Plastic corner

•Protect the weakest point of dual-glass modules from external force

g— J-box

•IP67 protection class
•Diode integrated to reduce hotspot risk
•Spdivt design to reduce cable loss

ROBUST MODULE DESIGN TO
LOWER POWER DEGRADATION

Seraphim's dual glass module has a lower annual power degradation by heat-strengthened glass reducing , snail trail, UV aging, and environmental corrosion, and frameless design reducing PID effect.

ENHANCED RELIABILITY AND DURABILITY

Dual glass module improves upon the standard modules by providing better protection to the solar cells, the strength of glass is greater than backsheet, better reliability and durability during its lifetime, which could be used for high humidity zone, agriculture/fishing and solar integrated projects, high salt fog area. In addition, dual glass module is more wear-resistant than standard module and can be applied in deserts.