Monocrystalline 60-cell
10W>industry average

  • JAM6(K)-60/4BB
  • Industry average

Approx. 3.5% 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(K)-60/4BB module (280W) and similar products on the market (270W).

Industry average



Higher module efficiency reduces system costs per watt

Reduction of transportation costs 7%
Reduction of land costs 5%
Reduction of installation costs 4%
Reduction of BOS-costs 3%

Note: Data is based on an estimate  derived from the comparison of the  JAM6(K)-60/4BB module (280W) and similar products (270W).

  • 7% lowerTransportation costs
  • 5% lowerLand costs
  • 4% lowerInstallation costs
  • 3% lowerBos costs

Higher Reliability

Triple International Electrical Commission (IEC) test guarantees long-term 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

4-busbar cell design

Higher conversion efficiency and higher reliability

IEC Standard Test
Thermal cycling,200 cycles
Damp heat 1000 hours
Humidty freeze 10 cycles
Hot spot endurance 5 hours
Thresher Test
Thermal cycling,600 cycles
Damp heat 3000 hours
Humidity freeze 30 cycles
Hot spot endurance 20 hours
Cell grid breakage
Silicon wafer
First printing
Silicon wafer
Double printing

PV Module


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