Overview |Solar Modules | TECHNOLOGY | References

PERC CELL TECHNOLOGY
PASSIVATED EMITTER, REAR CONTACT

• High Transmittance

≥%0

• High Impact Resistance

PERC architecture enables to improve light capture near the rear surface and to optimize electrons capture which significantly improves the cell efficiency.

• 5BB Front Electrode Design

Better Current Collection Ability

• Outstanding Performance at Low Irradiance

Half-Cut Cell Technology

• High Efficiency

+5 ~ 10 W
Reduced Resistive losses
When the cell is cut in half (158.75 x 78.375 mm), the amount of electrical current is halved which leads to lower resistive losses

• Lower Operation Temperature & Lower Hot-Spot Impact

Higher Reliability Of The Module

• Higher Shade Tolerance

Higher Performance In Partial Shadow Conditions

BIFACIAL PERC CELL TECHNOLOGY
PASSIVATED EMITTER, REAR CONTACT

• Improved Panel Performance

≥%0 only front

Bifacial PERC has a significant advantage which has the potential to absorb additional sunlight by rear surface.

• 5BB Front/Rear Electrode Design

More Transparent Rear Side At rear side, Al back surface field is replaced by Al grid.

• Bifaciality Factor %75-%80

BIFACIAL POWER PRODUCTION

Bifacial Panel Performance depends on the amount of light that reaches the rear side:

• Albedo
• Installation Height of Module
• Ground Cover Ratio-Row Spacing
• Diffusion Horizontal Irradiance