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Structural Electronics: Global Technology Assessment, Market Analysis and Future Growth Trends

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  • 160 Pages
  • May 2018
  • Region: Global
  • Ingenious e-Brain Solutions
  • ID: 4599617
Structural electronics (SE) is one of the most significant technological developments in the recent years. SE involves electronic and electrical components and circuits that act as load-bearing, protective structures, replacing structures such as vehicle bodies or conformally placed upon them.

A key competence of structural electronics is to decrease the weight of a product. This feature is of huge interest to the aerospace industry which is usually the first adopter, the automotive industry and in civil engineering. Also, SE offers flexibility of components, that enables space optimization and connectivity of white goods and consumer electronic products.

Some applications of structural electronics include altering aircraft using shape memory alloys, car with printed organic light emitting diode (OLED) lighting on inside and outside of roof and printed photovoltaics on the exterior to generate electricity using supercapacitor skin. This can replace the traction batteries in electric vehicles.

Factors like longer range and more value for the money in electric vehicles and early warning of problems including corrosion of reinforced concrete in civil engineering, are among the key market drivers for structural electronics. In addition, the advancements in material science to develop stretchable conductive materials, government funding, and application diversity play a vital role in driving advancements in the structural electronics industry.

The report covers the connected car market and is broadly into technology overview, landscape overview, literature overview, applications and conference updates. This report also discusses about various market dynamics such as drivers, challenges, restraints, opportunities, and challenges which impact the structural electronics market directly or indirectly.

Table of Contents

1. Technology Overview
1.1. Objective
1.2. Executive Summary
1.3. Technical Taxonomy
1.4. Tackling urgent problems
1.5. Primary benefits
1.6. Maturity by applicational sector
1.7. Objectives and benefits
1.8. Materials and processes currently favored
1.9. Smart skin
1.10. Component types being subsumed
1.11. Structural as wireless
1.12. Components designed for embedding in load-bearing structures
2. Technology Insights
3. Landscape Overview
3.1. Year wise technology filing trend
3.2. Top Players
3.2.1. Year wise filing trend of top players
3.2.2. Top institutes
3.2.3. Company vs Institute
3.3. Top IPC/CPC Classifications
3.4. Geographic Activity
3.4.1. Geographically filing activity
3.4.2. Top company’s geographically
3.4.3. Company vs Institute
3.5. Top Players
3.5.1. Filing Trends
3.5.2. Top Inventors
3.5.3. Jurisdictions Country of deposition Priority Country
3.5.4. Products
3.6. New Entrants
3.6.1. Filing Trends
3.6.2. Top Inventors
3.6.3. Jurisdictions Country of deposition Priority Country
3.6.4. Products
3.7. Collaborations / Acquisitions / Licensing Activity
3.7.1. Collaboration between companies
3.7.2. Collaboration between company and universities
3.7.3. Licensing activity
3.7.4. Acquisition in the technology domain
3.8. Technology based comparison between top players
4. Research Literature Overview
4.1. Year wise publication trend
4.1.1. Top Authors
4.1.2. Top Companies
4.1.3. Top Universities
4.2. Technology Breakdown
4.2.1. Non- distribution in technical aspects
5. Future of Structural Electronics
5.1. smart skin
5.2. luminescent solar concentrator technology
5.3. Ultra thin solar panels
5.4. Others
6. Press releases
6.1. Contract / funding information
6.1.1. Contract / funding objective
6.1.2. Contract / funding information
6.2. Partnership / Collaboration / Licensing
6.2.1. Partnership / Collaboration / Licensing objective
6.2.2. Information of associated companies
6.3. New emerging technologies
6.3.1. Information of associated company
6.3.2. Information of associated inventors
6.4. Undergoing research activities
6.4.1. Information of associated company
6.4.2. Information of associated inventors
7. Some Key Enabling Technologies
7.1. Smart materials
7.2. Printed and flexible electronics
7.3. 3D printing
7.4. Spray on solar cells
7.5. Multi-step drop-casting of conformal film
7.6. Origami zippered tube
7.7. Smallest synthetic lattice in the world
8. Structural Supercapacitors and Batteries
8.1. Structural batteries and fuel cells
8.2. Batteries made from fabric
8.3. Printable solid-state Lithium-ion batteries
9. Conference Updates
9.1. Technology Opinions from Experts
9.1.1. Industry expert’s opinion of the developments
9.2. Technology Collaboration Insights
9.3. Strategies of Companies working in the Domain
9.4. Investor Details
9.5. Recent Product Developments
9.5.1. Product overview
9.5.2. Company information
9.5.3. Information of associated team
9.6. Research Technology Updates
9.6.1. Technology overview
9.6.2. Information of associated team
10. Structural Electronics: Market Overview
10.1. Structural Electronics Market Segmentation-By Region
10.1.1. Structural Electronics Market Segmentation-North America
10.1.2. Structural Electronics Market Segmentation-Europe
10.1.3. Structural Electronics Market Segmentation-Asia Pacific
10.1. Electronics Market Segmentation-By Application
10.2. Structural Electronics Market Segmentation-End Use
10.3. Structural Electronics Market Segmentation-By Product
11. Structural Electronics: Applications
11.1. Aerospace
11.2. Cars
11.3. Consumer goods and home appliances
11.4. Bridges and buildings
11.4.1. Multifunctional impossible roof
11.5. Structural electronics on the ground
11.5.1. Generating electricity
11.5.2. Sensing
11.6. Solar Roads
11.7. Wave power
12. Structural Electronics- Market Determinants13. Structural Electronics-Opportunity Vs. Restraints14. Structural Electronics: Strategic Analysis SWOT & PEST15. Structural Electronics Market Development (2012-2017)
16. Company Profiles
16.1. Boeing
16.2. Canatu
16.3. Faradair Aerospace
16.4. Neotech
16.5. Odyssian Technology
16.6. Optomec
16.7. Paper Battery Co.
16.8. TactoTek
16.9. Panasonic
16.10. Hitachi Chemical
16.11. GGI International
16.12. Toyobo
17. Appendix
17.1. Definitions
17.2. Acronyms
17.3. Sources
17.4. Research Methodology
17.5. Secondary Research
17.6. Primary Research
17.7. Contact Us
17.8. Disclaimer
18. List of Tables19. List of Figures

Companies Mentioned

  • Boeing

  • Canatu

  • Faradair Aerospace

  • Neotech

  • Odyssian Technology

  • Optomec

  • Paper Battery Co.

  • TactoTek

  • Panasonic

  • Hitachi Chemical

  • GGI International

  • Toyobo