G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules

G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules

  • G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules
  • G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules
  • G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules
  • G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules
Summary
G1-PERC Cell 158.75 mm x 158.75 mm, 160±20 μm thick, high-efficiency monocrystalline silicon solar cell for premium photovoltaic modules. Engineered with advanced passivated emitter rear contact technology, it delivers high reliability, superior power output, and excellent PID resistance. Ideal for residential, commercial, and utility-scale solar projects seeking durable, aesthetically consistent cells with low degradation and strong mechanical load performance. Features uniform black appearance, customizable busbar designs (5BB/9BB/shingled), and full automation in testing for stable quality assurance. A top-tier choice for global solar manufacturers focused on efficiency, longevity, and module compatibility.More
Specifications
Dimensions:
158.75 mm x 158.75 mm
Thickness:
160±20 um
  • G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar Modules
  • G1-PERC Cell 158.75 mm x 158.75 mm 160±20 um High Efficiency High Reliability for Solar 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

?Custom graphics tailored to customer needs (single/double-sided/5 BB/9 BB/shingled)

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
Designed with a solid front busbar and long back electrode, 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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