• Half-Cut Technology Optimization (Cell Level)
  The advanced half-cut cell design reduces resistive losses inside the cell, improves electron flow, and lowers heat concentration—significantly minimizing the risk of hotspot formation.
• High-Efficiency Surface Passivation (PERC Structure)
  Al₂O₃ and SiNx passivation layers enhance light absorption and reduce surface recombination losses, enabling high conversion efficiency in P-Type PERC cells.
• 1500 V System Compatibility
  Cells are designed to support 1500 VDC system voltage, allowing longer string configurations and reducing BOS (Balance of System) costs in field installations.
• Microcrack-Resistant Cell Structure
  Reinforced wafer quality and optimized screen-print metallization minimize microcrack formation. All cells undergo multi-stage EL testing to ensure maximum structural reliability.
• Enhanced Mechanical Strength
  Cells are engineered to withstand mechanical stresses during stringing, soldering, and lamination processes, ensuring stable and durable performance in module assembly.
• Positive Power Tolerance (Cell Sorting)
  Strict IV sorting and precise cell binning ensure positive power tolerance, enabling optimal module matching and more consistent final power output.
• Optimized Anti-PID Performance
  Improved passivation and metallization systems reduce the susceptibility to Potential Induced Degradation (PID), providing long-term stability under high voltage and high-humidity environments.
• Enhanced Rear-Side Light Response (PERC Rear Reflection)
  The optimized rear-side reflectivity of PERC technology increases rear-side light response, delivering additional energy gains under various installation conditions.

IEC61215: 2016.IEC61730: 2016 Latest Standard ISo 9001, IS014001 and ISO45001, meeting the highest international standards. Strict quality control