MetZilla Plate Technology
Advanced Electroplating for High-Efficiency
Solar Cells

High-efficiency solar cells, such as GaAs-based III-V multijunction cells, have long relied on photolithography and vacuum evaporation for forming electrical contacts. While these methods provide precision, they come at a high cost in both throughput and materials.

Osazda Energy’s MetZilla Plate Technology introduces a game-changing electroplating alternative that significantly reduces manufacturing costs while enhancing solar cell durability. By incorporating carbon nanotube (CNT) reinforcement directly into the electroplated contacts, this innovative approach offers superior fracture resistance and long-term reliability for high-performance solar applications.

Why Choose MetZilla Plate Technology?

Key Benefits

• Low-Cost & High-Efficiency Manufacturing
  
  • Eliminates vacuum-based deposition methods, reducing processing time
  • Electroplating alternative lowers material and equipment costs
  • Seamless integration with industry-standard manufacturing processes
• Unmatched Durability & Fracture Resistance
  
  • Eliminates cell fracture as a limiting factor in module lifespan
  • Electrical bridging of cracks up to 50 microns wide, preventing power loss
  • Self-healing gridlines maintain conductivity even under stress
• Enhanced Performance & Longevity
  
  • More ductile and conductive than conventional metallization
  • MetZilla-plated cells maintain electrical performance even when cracked
  • Direct CNT integration reinforces solar cells against mechanical stress

Technical Data

•  MetZilla-plated solar cells are significantly more fracture-resistant than those using traditional metallization.
• Electrical performance remains stable even in the presence of cracks—unlike conventional cells, which degrade significantly.
• Compatible with III-V multijunction cells, making it an ideal solution for high-efficiency solar applications.