How to select PV ribbon by solar cell technology?

Different cell technologies have different ribbon requirements: PERC uses standard ribbon (0.28-0.35mm), TOPCon needs ultra-thin ribbon (0.24-0.26mm), HJT requires low-temp ribbon (<180°C), BC needs reflective ribbon (0.10-0.25mm). Correct selection can improve module efficiency by 0.5-2%.

PV Ribbon Selection Guide

By Solar Cell Technology

Select the optimal ribbon specifications based on your cell technology to ensure best soldering quality and module efficiency. CCA alternatives available for all specifications.

Cell Type	Recommended Specifications	Key Features	Action
PERC Passivated Emitter Rear Cell Mainstream technology with highest market share, mature and stable process	Standard PV Ribbon Thickness: 0.28-0.35mm Width: 0.8-2.0mm Coating: Sn60Pb40 or Sn100 coating Yield Strength: <70 MPa Conductivity: ≥85% IACS	Standard specifications, optimal cost Soldering temperature: 260-280°C Suitable for mainstream module manufacturers	Get Quote
TOPCon Tunnel Oxide Passivated Contact Next-gen high-efficiency technology, conversion efficiency exceeds 25%	MBB Ultra-thin Ribbon Thickness: 0.24-0.26mm Width: 0.3-0.8mm Coating: Low-temp solder coating Yield Strength: <50 MPa Conductivity: ≥90% IACS	MBB ultra-thin design, reduced shading Low bow stress design High width/thickness ratio for efficiency	Get Quote
HJT Heterojunction Technology Ultra-high efficiency technology, bifacial generation, excellent temperature coefficient	Low-Temperature Ribbon Thickness: 0.15-0.25mm Width: 0.5-1.2mm Coating: Low-temp solder (<180°C) Yield Strength: <60 MPa Conductivity: ≥88% IACS	Low-temp soldering protects amorphous silicon layer Minimum thermal stress design Optimized for bifacial modules	Get Quote
BC (IBC) Back Contact / Interdigitated Back Contact Front busbar-free design, aesthetic and efficient, for premium market	Reflective Ribbon Thickness: 0.10-0.25mm Width: Customizable width Coating: Reflective coating optional Yield Strength: <55 MPa Conductivity: ≥85% IACS	Grooved surface increases efficiency by 2% Custom width for back-contact layout Reflective design maximizes light absorption	Get Quote

CCA Alternative Option

Available for all cell technology types

20-30% cost saving vs pure copper
Conductivity ≥62% IACS
40% weight reduction, lower shipping costs
Compliant with ASTM B566 standard

Learn About CCA

Frequently Asked Questions

How to choose the right PV ribbon thickness?

Thickness depends on cell type: PERC standard 0.2-0.35mm, TOPCon ultra-thin <0.1mm, HJT low-temp 0.15-0.25mm, BC custom 0.12-0.2mm. Thinner ribbons reduce shading but require higher soldering precision.

What is the difference between CCA and pure copper ribbon?

CCA (Copper Clad Aluminum) ribbon has an aluminum core with copper outer layer, achieving 62%+ IACS conductivity, 40% weight reduction, and 20-30% cost savings. Suitable for cost-sensitive applications with moderate conductivity requirements.

Why does HJT require low-temperature ribbon?

HJT cells use amorphous silicon passivation layers sensitive to temperature. Temperatures above 200°C can damage the amorphous silicon layer and reduce cell efficiency. Low-temperature ribbon (<180°C soldering) protects cell structure for long-term reliability.

Need Technical Support?

Our engineering team can provide customized ribbon solutions based on your specific cell specifications and module design.

Contact Technical Team View PV Ribbon Products

How to select PV ribbon by solar cell technology?

PV Ribbon Selection Guide

CCA Alternative Option

Frequently Asked Questions

Need Technical Support?

Contact Us