Copyright CelLink Corporation 2017

Grommet snap, adhesive-based, or laminate mounting for fast & easy installation

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Circuits may be bonded directly to vehicle frame for improved heat transfer

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CelLink circuits withstand the USCAR T2 reliability test protocol

Simple Assembly and Installation

50-70% weight reduction and 60-90% volume reduction by replacing round wire bundles with flat flexible circuits

Weight and Volume Reduction

The Ultimate Pack Wiring Solution

Battery Pack Interconnects

CelLink's high-conductance circuits enable the integration of busing, fusing, voltage monitoring, and temperature monitoring wiring systems into a single circuit 
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The flexible nature of CelLink's circuits can accommodate variations in cell height
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Back-bared designs provide welding access to cell terminals
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Voltage sense-only option available 

CelLink Integrates up to Four Battery Wiring Systems into One

Unique Circuit Features

Back-bared circuits that provide enhanced electrical, thermal, and mechanical access (e.g., welding)
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Free-standing conductor features
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Patented device stacks for optimal thermal and electrical performance
Up to 1 meter x 2 meter non-repeating footprint
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Pattern accuracy to within 100 microns per meter of patterning length 

Very Large Circuits

Very Thick Conductors

Copper thickness 17.5 - 150 µm
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Aluminum thickness 17.5 - 400 µm
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Aluminum conductors available with proprietary coatings that provide a highly reliable solderable surface
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Other metals available upon request

Re-inventing the Flexible Circuit for Power Electronics

LED Lighting

A Better Alternative to Metal Core Printed Circuit Boards

Unlocking the Potential of Back Contact Solar Panels 

Solar Panels

Vehicle Wire Harness

Bringing Electrical Distribution Systems to the 21st Century

Cost Effective & Efficient Back Contact Modules

CelLink's large-area flexible circuits interconnect back contact cells without soldering, ribbon, or busbars
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Back contact architectures enabled with CelLink's circuits provide up to a 1% absolute module efficiency gain and a 10% reduction in module cost
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Module assembly can be completely automated 
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Cost-efficient aluminum conductors with proprietary coatings are both solderable and compatible with conductive adhesives
CelLink's back-bared circuit designs enable thermal coupling to heat sinks via ultra-thin adhesives​ - thus matching the performance of state of the art MCPCBs
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Patented designs provide excellent heat transfer to heat sinks with round or complex shapes

State of the Art Thermal Performance

Simplified Design and Assembly

Adhesive bonding eliminates screws and thermal grease
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Route power and signals entirely through flex, eliminating jumpers and home-run wiring

Our Technology