M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules

M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules

  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
Summary
M10-PERC Cell is a high-efficiency solar cell featuring 182mm x 182mm dimensions and 160±20μm thickness, ideal for high-performance photovoltaic modules. With front-side efficiency ≥23.5%, excellent PID resistance, and low LID, it ensures reliable, long-term power output. Designed for mainstream half-cell module compatibility, this PERC cell offers superior aesthetics, high reliability, and optimized thermal performance, making it perfect for utility-scale and commercial solar projects worldwide.More
Specifications
Dimensions:
182 mm x 182 mm
Thickness:
160±20 um
Front-side efficiency:
≥23.5%
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
  • M10-PERC Cell High Efficiency 182mm x 182mm 160±20um Thickness ≥23.5% Front-side Efficiency for Solar Modules
High Efficiency

High Reliability

High Output Power

High Aesthetics

Advantages
Advantages

Long-term stable cell supply

Excellent film layer design, with uniform color and high consistency

High conversion efficiency, front-side efficiency ≥23.5%

Lower sealing loss, better suited to high-efficiency modules

Key Features
Mainstream front and back electrode design, strong adaptability of the module side, compatible with half-cell modules
In-depth optimization of the thermal oxidation process and PE coating process for the front to ensure excellent PID resistance
Mainstream wafers, processed for low wafer thickness loss and low thermal stress, giving the product exceptional mechanical load performance
Mainstream light-induced degradation (LID) equipment to ensure high resistance to LID
Fully automated appearance, EL, and electrical performance testing equipment to ensure stable quality
Key Features
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