Percium JAM6(L) -72/PR

Monocrystalline 72-cell
345W(340/345W)
30W>industry average

  • JAM6(L)-72/PR
  • industry average

Approx. 9% more power output per m²

Higher conversion efficiency, higher capacity and power output performance per unit area

 

Note: Data is based on the comparison of the JAM6(L)-72/PR module (345W) and similar products (315W).

Industry average

+9%

Percium JAM6(L) -72/PR

Higher module efficiency reduces system costs per watt

Reduction of transportation costs 9%
Reduction of land costs 7%
Reduction of installation costs 6%
Reduction of BOS-costs 5%

Note: Data is based on an estimate derived from the comparison of the Percium JAM6(L)-72/PR module (345W) and similar products (315W).

  • 9% lowerTransportation costs
  • 7% lowerLand costs
  • 6% lowerInstallation costs
  • 5% lowerBos costs

Excellent low-light performance

1% more power output


Normalized EQE
PERCIUM
Wavelength (nm)
Normal Mono
EQE—External quantum efficiency
Current [A]

High Reliability

Excellent  anti-PID performance

Double electroluminescence (EL) tests guarantee fault-free modules

Lower contact resistance and optimized soldered connections as well as reduced grid breakage of cell conductor tracks through double-printing technology

100% automated production facilities using state-of-the-art plant technology

Cell grid breakage
Silicon wafer
First printing
Silicon wafer
Double printing

PERCIUM Cell

Average mass production conversion efficiency >20.6%
Monocrystalline cell technology with passivated back sheet and local aluminum-BSF (back-surface field), 4-busbar cell design.


finger
"inverted" pyramids
n
AR Coating
passivated layer
SINx
Local BSF
p-silicon
 

PV Module

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