M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules

M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules

  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
Summary
M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules features advanced TOPCon technology, delivering over 25.4% front-side conversion efficiency and excellent PID resistance. With low light performance, minimal power temperature coefficient (-0.30%/°C), and 100% automated EL inspection, it ensures high reliability and output for utility-scale solar farms and commercial installations worldwide.More
Specifications
Size:
182 mm x 182 mm
Thickness:
130±13 um
Cell Type:
M10-TOPCon
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
  • M10-TOPCon Cell High Efficiency 182mm x 182mm Solar Cell for PV Modules
Advantages
Advantages

Long-term stable cell supply

Excellent film layer design, with uniform color and high consistency

Cells are black for an aesthetic appearance without color differences

Rectangular Cells (182-183.75/182-191.6/182-210) provided according to customer needs, with custom graphics (10 BB/16 BB) available

Key Features
Low photoluminescence attenuation
Superior PID resistance
Lower sealing loss, better suited to high-efficiency modules
Power TCR as low as -0.30%/C
Relative conversion efficiency ≥98% under 200 W/m2 low light
Maximum front-side efficiency ≥25.4%, bifacial efficiency ≥80%
Precision of efficiency testing is controlled at 0.1%
100% automated inspection of electrical performance, appearance, and EL
Calibration wafer traceable back to FraunhoferISE
Key Features
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