Approx. 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

PTI6(K)-6072/4BB module (330W) and similar products

on the market (315W).

Industry average

PTI6(K)-6072/4BB

 

Higher module efficiency reduces system costs per watt

  • Reduction of transportation costs 4%
  • Reduction of land costs 3%
  • Reduction of installation costs 2.5%
  • Reduction of BOS-costs 1.5%

Note: Data is based on the comparison of the PTI6(K)-6072/4BB module (330W) and similar products on the market (315W).


 
 

 

4%

Lower transportation cost

 

 

 

3%

lower Land costs

 
 

 

2.5%

lower Installation costs

 
 

 

1.5%

lower Bos costs

 

High 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
UV 15KWH
Humidty freeze 10 cycles
Hot spot endurance 5 hours
 
Thresher Test
Thermal cycling,600 cycles
Damp heat 3000 hours
UV 45KWH
Humidity freeze 30 cycles
Hot spot endurance 20 hours