Albany, NY -- (SBWIRE) -- 11/11/2014 -- For about 70% of our time we are in contact with textiles and they are starting to become intelligent. This report is about the ultimate form of that - e-textiles based on inherently electronically or electrically-active woven e-fibers. These disruptive technologies will have an exponentially increasing market but with a slow start because they are so challenging. E-textiles vary from apparel to drapes, bandages and bed linen but most is in the laboratory not production. They will variously be able to sense, emit light, show changing images, heat, cool, change shape, compute and wirelessly communicate or harvest ambient energy to create electricity where needed, even diagnose and sometimes treat medical conditions.

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E-textiles are the ultimate way of making the smart apparel rapidly being launched by Adidas, Reebock and Nike and the smart patches being rapidly adopted in healthcare. Conductive apparel already sold by many companies for many purposes will use e-textiles later. Here is a basis of subtle designer fashion as opposed to the popular but ugly smart apparel of today. For the scientist, there is much of interest, including provision of weavable forms of fiber optics, carbon nanotubes and inorganic nanorods. For now, priorities include stretchable fibers, notably functioning as photovoltaics and supercapacitors for energy harvesting and as stretchable interconnects between very small chip components in textiles.

Table of Content

1. EXECUTIVE SUMMARY AND CONCLUSIONS
1.1. Challenges and opportunities
1.2. Results of survey of e-fiber projects for e-textiles
1.3. Market for wearable electronic devices and e-textiles 2014-2024
1.3.1. Market for wearable electronics 2014-2024
1.4. e-fiber technology

2. INTRODUCTION
2.1. Value chain
2.2. Failures
2.3. Key enabling technology
2.4. Conductive yarns
2.5. Solid state electrolytes
2.6. Parallel work on improved DSSC
2.7. Lessons from Samsung Future Technology Needs, London 16 June 2014
2.8. Structural components are the future

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3. ELECTRICALLY AND ELECTRONICALLY ACTIVE FIBERS
3.1. Conductive fibers
3.1.1. CETEMMSA Spain
3.1.2. Clothing+ Finland
3.1.3. Cornell University USA, Bologna & Cagliari Universities Italy
3.1.4. ETHZ Switzerland
3.1.5. Florida State University USA
3.1.6. National Physical Laboratory NPL UK
3.1.7. Textronics (adidas) Germany
3.2. Piezoelectrics
3.2.1. Georgia Institute of Technology, USA
3.2.2. University of Bolton UK
3.3. Flexible piezoelectric fabric
3.3.1. Concordia University XS Labs Canada
3.3.2. Cornell University USA
3.3.3. Georgia Institute of Technology USA
3.3.4. Southampton University UK
3.3.5. University of California Berkeley USA
3.3.6. University of California, Berkeley USA
3.4. OLED display
3.4.1. Technical University of Darmstadt Germany
3.5. Photovoltaics
3.5.1. CETEMMSA and DEPHOTEX Spain
3.5.2. Illuminex USA
3.5.3. Konarka (no longer trading) USA, EPFL Switzerland
3.5.4. Penn State University USA and Southampton University UK
3.5.5. University of Southampton UK
3.6. Supercapacitors
3.6.1. Drexel University USA
3.6.2. Imperial College London
3.6.3. Powerweave European Commission
3.6.4. Supercapacitor yarn in China
3.6.5. University of Delaware USA
3.6.6. University of Wollongong Australia
3.7. Electro-optics and sensors
3.7.1. MIT's Research Lab of Electronics USA
3.7.2. Purdue University USA
3.8. Batteries
3.8.1. Polytechnic School of Montreal Canada
3.9. Self-healing polymers University of Illinois USA
3.10. Host CNT web University of Texas at Dallas USA
3.11. Transistors
3.12. Memory
3.12.1. NASA USA

4. ALLIED SUBJECT: ELECTRONICS TRAPPED IN TEXTILE FIBERS, IMPREGNATION, OVER-PRINTING
4.1. Micro Sphelar Power Corporation Japan
4.2. Nottingham Trent University UK
4.3. Supercapacitors: Drexel University USA
4.4. University of South Carolina USA

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