2pcs Nanosolar NanoCell 2.6 Watt Flexible CIGS Solar Cell

2pcs Nanosolar NanoCell 2.6 Watt Flexible CIGS Solar Cell

• • Low weight
  • Lightweight aluminum structure
  • Low array mismatch losses
  • Reduced impact from soiling, clouds, thermal mismatch, etc.
  • Customizable MWT cell designs
  • Metal Wrap Through (MWT) screen printing for differentiated aesthetic

  Format	165mm x 135mm (6.5in x 5.3 in)
  Thickness	0.4 mm

  Electrical Parameters

  Maximum power Pmpp(w)	Peak voltage Vmp(V)	Peak current Imp (A)	Open-circuit Voltage Voc(V)	Short-circuit current Isc(A)
  2.60	0.45	5.8	0.61	6.70

  Nanosolar NanoCell 2.6 Watt Flexible CIGS Solar Cell
  The Nanosolar NanoCell 2.6 Watt Flexible CIGS Solar Cell represents a significant breakthrough in solar technology. Printed on a lightweight aluminum substrate, these flexible cells boast a power output of 2.6 watts, with a voltage rating of 0.45 volts and a current of 5.8 amps.
  As part of the CIGS (Copper Indium Gallium Selenide) solar cell family, these cells leverage thin-film photovoltaic properties to minimize dependence on silicon. Their flexibility and reduced weight make them ideal for applications where traditional rigid panels are not feasible, such as curved surfaces or mobile installations.
  Key Features:
  • Lightweight aluminum structure
  • Low array mismatch losses
  • Reduced impact from environmental factors (soiling, clouds, thermal mismatch)
  • Customizable MWT cell designs
  • Metal Wrap Through (MWT) screen printing for unique aesthetics
  • Flexible and semi-rigid aluminum base for easy installation
  • Roll-to-roll printing method for simplified and cost-effective manufacturing
  Electrical Parameters:
  • Maximum power (Pmpp): 2.60 W
  • Peak voltage (Vmp): 0.45 V
  • Peak current (Imp): 5.8 A
  • Open-circuit voltage (Voc): 0.61 V
  • Short-circuit current (Isc): 6.70 A
  Efficiency and Applications:
  With an efficiency of approximately 13.9%, these cells strike a balance between performance, cost, and flexibility, making them suitable for DIY enthusiasts and those seeking adaptable solar solutions.