The development of technologies such as optoelectronics has revolutionized the lighting market. Environmental concerns are increasing the popularity of low-power-consuming lighting systems, and therefore most of the recent developments in the lighting market aim at providing more energy-efficient products that give higher light output at less power consumption. This report sizes and forecasts the global emerging lighting technologies market and its submarkets; and also provides an in-depth analysis of the submarkets to help stakeholders better understand the overall market structure, market size estimates, and the changing market trends.
The rapidly decreasing shares of the conventional lighting products are creating huge opportunities for the manufacturers of emerging lighting products. Our detailed assessment of existing and future opportunities and the likely market inhibitors will help the stakeholders prepare and plan for the next step. The existing studies and third-party market reports do not provide a comprehensive understanding and classification of the emerging lighting technologies market. None of the available reports cover all the latest technologies such as sulfur plasma, tungsten photonic lattice, wireless lighting, and distance lighting. In this report, we provide full size estimates of lighting market and its various submarkets. The report also provides a geographic split of each of the submarket and applications, which is not present in any of the other third-party reports.
Scope of the report
The report categorizes the global emerging lighting market as follows:
Application Market – general, industrial, agricultural, medical, automotive, aerospace and defense, street lighting, movies/theatres, decoration, advertisement, display backlighting, signs and traffic signaling, and others
Our report covers the major emerging lighting technologies such as fluorescent, high intensity discharge, neon, and light emitting diodes. In addition, we have also detailed the latest lighting technologies such as wireless lighting, sulfur plasma, tungsten photonic lattice, and distance lighting. The report also covers all the major products, applications, ingredients, and sub-markets under each of these technologies. We have conducted an in-depth geographic analysis for the major regional markets, viz. U.S., Europe, Asia, and Rest of the World. We have not included the old conventional low power efficient technologies like incandescent and halogen lighting.
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15 pages of high level analysis identifying opportunities, best practices, entry strategies, benchmarking strategies, market positioning, product positioning, and competitive positioning.
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Table of Content
Executive Summary emerging lighting MARKET emerging lighting PRODUCT MARKET emerging lighting applications emerging lighting technologies GEOGRAPHIC ANALYSIS 1. INTRODUCTION 1.1. KEY TAKE-AWAYS 1.2. REPORT DESCRIPTION 1.3. Scope of the report 1.4. STAKEHOLDERS 2. Summary 3. Market overview 3.1. Evolution of emerging lighting technology 3.2. Defining the emerging lighting technologies market 3.3. Trends in lighting 3.4. Operational cost Vs capital cost 3.5. Relative performance of different lighting sources 3.6. Cost VS performance comparison of major lighting sources 3.7. Product lifecycle of lighting sources 3.8. Product positioning 3.8.1. Issues in lighting 3.9. GLOBAL residential electricity consumption 3.10. residential electricity consumption, BY applications 3.11. Driving factor analysis of emerging lighting technologies market 3.11.1. Demand side drivers 3.11.2. Supply side drivers 3.11.3. Restraints 3.11.4. Opportunities 3.11.5. Key competitive points 3.11.5.1. Energy efficiency 3.11.5.2. Environment-friendliness 3.12. GEOGRAPHICAL ANALYSIS OF ELT MARKET 4. LIGHT EMITTING DIODES 4.1.1. DRIVERS 4.1.1.1. Longer lifespan and lower energy consumption 4.1.1.2. Efficient and robust design for better productivity 4.1.1.3. Wide range of applications 4.1.1.4. Safe and environment-friendly lighting solution 4.1.2. INHIBITORS & Opportunities 4.1.2.1. High cost 4.1.2.2. Less efficient for heat sensitivity applications 4.1.2.3. Unidirectional optical output 4.1.2.4. Commercial and residential lighting 4.2. OLED – Organic LED 4.2.1. Drivers 4.2.1.1. OLEDs provide a sense of natural light 4.2.1.2. Better illumination of large areas 4.2.1.3. Advantages of fluorescent lights 4.2.1.4. Elimination of light distribution channel 4.2.1.5. Useful in slimmer lighting application 4.2.2. INHIBITORS 4.2.2.1. High cost and limited lifetime 4.2.2.2. Less light per area 4.3. AMOLED 4.3.1. Drivers 4.3.1.1. High-end and light-weight lighting application 4.3.1.2. Long lasting and energy efficient 4.3.1.3. PMOLED 4.4. HIGH-BRIGHTNESS LED 4.4.1. White LED 4.4.1.1. White LED applications 4.4.2. Color LED 4.4.3. Flashing LED 4.4.4. Alphanumeric LED 4.5. Miniature light-emitting diode 4.5.1. Ultraviolet LED (UV-LED) 4.5.2. Drivers and Inhibitors 4.5.2.1. Inexpensive and environment friendly 4.5.2.2. Higher compactness and efficiency 4.5.2.3. Limited power output and shorter lifespan 4.6. APPLICATIONs Of LED LIGHTING 4.6.1. Automotive 4.6.2. General lighting 4.6.2.1. Residential 4.6.2.2. Industrial 4.6.2.3. Architectural 4.6.3. Display backlighting 4.6.3.1. Mobile phones 4.6.3.2. TV/Monitors 4.6.3.3. Other Applications 4.6.4. Signs and traffic signaling 4.6.4.1. Traffic signaling & street lighting 4.6.4.2. Advertisement boards 4.6.4.3. Other applications 4.7. Fabrication methods 4.7.1. Metal Organic CVD 4.7.2. Molecular Beam Epitaxy 4.7.3. Liquid Phase Epitaxy 4.7.4. Vapor Phase Epitaxy 4.8. Technologies 4.8.1. Substrate Materials 4.8.2. Silicon 4.8.3. Gallium Arsenide (GaAs) 4.8.4. Laser Lift-Off 4.8.5. Temporary Bonding 4.8.6. Transparent Top Contacts 4.8.7. Binning 4.8.8. Surface Texturing 4.8.9. Phosphor composition and deposition 5. FLUORESCENT LIGHTING TECHNOLOGIES 5.1. Drivers 5.1.1. Fluorescent lamps to replace incandescent lighting 5.1.2. Higher energy efficiency and longer life 5.2. INHIBITORS & opportunities 5.2.1. Contains small amounts of mercury 5.2.2. Takes time to achieve full brightness 5.2.3. not suitable for Outdoor use in cold weather 5.3. COMPACT FLUORESCENT LAMP 5.3.1. greener environment 5.3.2. Plug-in CFL 5.3.3. Integral CFL 5.3.4. Adapter CFL 5.3.5. Fixtures 5.3.6. Screw-based 5.3.7. Pin-mounted 5.4. Cold-cathode fluorescent lamps (CCFL) 5.4.1. Drivers & restraints 5.4.1.1. Wide range of applications 5.4.1.2. Low efficacy 5.5. Black lights 5.6. Tanning lamps 5.6.1. High pressure lamps 5.6.2. Low pressure lamps 5.6.3. Grow lamps 5.6.4. Germicidal lamps 5.7. Fluorescent Induction Lamp 5.8. Applications 5.8.1. Home lighting 5.8.2. Aerospace and defense 5.8.3. Industrial 5.8.4. Agriculture 5.8.5. Medical 5.8.6. Others 5.9. CFL applications 6. High Intensity Discharge 6.1. Drivers & inhibitors 6.1.1. Better service and safety in emergency 6.1.2. energy conservation & environment friendliness 6.1.3. delayed starting and low color rendition 6.2. Sodium Vapor Lamps 6.3. Low pressure sodium 6.4. High pressure sodium 6.5. Mercury vapor lamps 6.6. High Pressure Mercury Vapor Lamps 6.7. Low Pressure Mercury Vapor Lamps 6.8. Ceramic Discharge Metal Halide lamps 6.9. Metal halide lamp 6.10. Xenon arc lamps 6.11. Ultra-High Performance 6.12. Applications 6.12.1. Indoor 6.12.2. Outdoor 6.12.3. Other 6.12.3.1. Automotive 6.12.3.2. Aviation 6.13. Technology 6.13.1. Electronic ballast-based 6.13.2. Pulse start 7. Neon Lamps 7.1. Fluorescent neon lamp 7.2. High-brightness and semi-hig brightness neon lamps 7.3. Standard Brightness neon lamps 7.4. Noble Gas 7.4.1. Neon 7.4.2. Argon 7.4.3. Krypton 7.4.4. Xenon 7.4.5. Helium 7.4.6. Mixed gases 8. Wireless lighting technology 8.1. Drivers 8.2. Inhibitors 8.3. Wireless Motion lights 8.4. Wireless Cabinet lights 8.5. Applications 8.5.1. Home lighting 8.5.2. Industrial 8.5.3. Automotive 8.5.4. Others 9. Sulfur plasma 9.1. Recent developments 9.1.1. Light distribution systems 9.1.2. Light pipes 9.1.3. Secondary reflectors 9.1.4. Indirect lighting 9.1.5. Direct lighting 9.1.6. Optical fibers 9.2. Applications 9.2.1. Airports 9.2.2. Museums 9.2.3. Defense and diplomatic office buildings 9.2.4. Stadiums 10. Tungsten photonic lattice 10.1. Applications 10.1.1. Automotive 10.1.2. Industrial 10.1.3. Aerospace and defense 11. Distance lighting technology 11.1. Drivers & Inhibitors 11.1.1. optimum use in museums, art galleries, light sensitive areas 11.1.2. Used in hazardous environment 11.1.3. environment friendly 11.1.4. low light output and high Cost of installation 11.2. Fiber optic based 11.3. Prism light guides based 11.4. Applications 11.4.1. Outdoor applications 11.4.1.1. Lawns and gardens 11.4.1.2. Housing complexes 11.4.1.3. Airports 11.4.1.4. Defense 11.4.2. Indoor applications 11.4.2.1. Long stairways and corridors 11.4.2.2. Indoor stadiums 11.4.2.3. Large aquariums 12. GEOGRAPHIC ANALYSIS 12.1. Summary 12.2. U.S. EMERGING LIGHTING market 12.3. European EMERGING LIGHTING market 12.4. Asian EMERGING LIGHTING market 13. Company Profiles 13.1. AXTRON AG 13.2. Automotive Lighting LLC 13.3. Bridgelux Inc 13.4. BULBRITE 13.5. CML Innovative Technologies Inc 13.6. Cooper lighting 13.7. Cree inc 13.8. Crystal IS 13.9. Data Display Products Inc 13.10. Digital Light LLC 13.11. Diguang International Development Co. Ltd. 13.12. Energy Conservation Technologies, Inc. 13.13. Energy Focus, Inc 13.14. Feit Electric Company Inc 13.15. GE Lighting 13.16. Intematix Technology 13.17. JKL Components Corp 13.18. LCD Lighting Inc 13.19. LedEngin, Inc 13.20. LEDtronics Inc 13.21. Lemnis Lighting Inc 13.22. MaxLite SK America Inc 13.23. Nichia Corporation 13.24. Osram GmbH 13.25. Panasonic Electric Works 13.26. Opto Technology Inc 13.27. Royal Philips Electronics 13.28. Standard products Inc 13.29. Stanley Electric Company Ltd 13.30. TCP 13.31. Toshiba Lighting 13.32. Toyoda Gosei Company Ltd. 13.33. Eiko Limited 13.34. USHIO America Inc 13.35. Visteon Corporation 13.36. Welch Allyn Inc 13.37. Wellypower Optronics 13.38. Westinghouse Lighting Corporation 14. PATENT ANALYSIS Appendix 14.1. U.S. Patents 14.1.1. Light emitting diodes patents 14.1.2. Fluorescent lighting patents 14.1.3. High intensity discharge patents 14.1.4. Distance lighting technology patents 14.2. Europe patents 14.2.1. Light emitting diodes patents 14.2.2. Fluorescent lighting patents 14.2.3. High intensity discharge patents 14.2.4. Distance lighting technology patents 14.2.5. Neon lamps patents 14.3. AsiaN PATENTS 14.3.1. Light emitting diodes patents 14.3.2. Fluorescent lighting patents 14.3.3. High intensity discharge patents
LIST OF TABLES
1. GLOBAL led LIGHTING MARKET, BY PRODUCTS 2009 – 2014 ($MILLIONS) 2. GLOBAL led LIGHTING market, by geography 2009 – 2014 ($MILLIONS) 3. MAJOR PLAYERS AND DEVELOPMENTS 4. GLOBAL organic led LIGHTING MARKET, BY PRODUCTS 2007- 2014 ($MILLIONS) 5. GLOBAL organic led LIGHTING MARKET, BY geography 2007– 2014 ($millions) 6. MAJOR PLAYERS AND DEVELOPMENTS 7. GLOBAL AMOLED lighting MARKET, BY geography 2007- 2014 ($millions) 8. GLOBAL PMOLED MARKET, BY geography 2007- 2014 ($millions) 9. GLOBAL HIGH-BRIGHTNESS LED lighting MARKET, BY products 10. GLOBAL HIGH-BRIGHTNESS LED MARKET, BY geography 2007- 2014 11. GLOBAL white LED lighting MARKET, BY geography 2007 – 2014 12. GLOBAL color LED lighting MARKET, BY geography 2007 – 2014 ($millions) 13. GLOBAL Flashing LED MARKET, BY geography 2007 – 2014 ($ millions) 14. GLOBAL Alphanumeric LED lighting MARKET, BY geography 15. GLOBAL Miniature lighting MARKET, BY geography 2007 – 2014 ($millions) 16. MAJOR PLAYERS AND DEVELOPMENTS 17. GLOBAL UV-LED lighting MARKET, BY geography 2007 – 2014 ($millions) 18. GLOBAL LED MARKET, BY Fabrication 2009 – 2014 ($millions) 19. GLOBAL LED MARKET, BY technologies 2009 – 2014 ($millions) 20. GLOBAL Fluorescent lighting MARKET, BY PRODUCTS 2007 – 2014 ($MILLIONS) 21. GLOBAL Fluorescent lighting market, by geography 2007 – 2014 ($MILLIONS) 22. MAJOR PLAYERS AND recent DEVELOPMENTS 23. GLOBAL CFL MARKET, BY products 2007 – 2014 ($MILLIONS) 24. GLOBAL CFL MARKET, BY geography 2007 – 2014 ($MILLIONS) 25. MAJOR PLAYERS AND DEVELOPMENTS 26. GLOBAL Plug-in CFL MARKET, BY geography2007 – 2014 ($MILLIONS) 27. GLOBAL Integral CFL MARKET, BY geography 2007 – 2014 ($MILLIONS) 28. GLOBAL Adapter CFL MARKET, BY geography 2007 – 2014 ($MILLIONS) 29. GLOBAL Fixtures lighting MARKET, BY products 2007 – 2014 ($MILLIONS) 30. GLOBAL Fixtures lighting MARKET, BY geography 2007 – 2014 ($MILLIONS) 31. GLOBAL Screw-based lighting MARKET, BY geography 2007 – 2014 ($MILLIONS) 32. GLOBAL Pin-mounted lighting MARKET, BY geography 2007 – 2014 ($MILLIONS) 33. GLOBAL CCFL lighting MARKET, BY geography 2007 – 2014 ($MILLIONS) 34. GLOBAL Blacklights lighting MARKET, BY geography 2007 – 2014 ($MILLIONS) 35. GLOBAL Tanning light MARKET, BY products2007 – 2014 ($MILLIONS) 36. GLOBAL Tanning light MARKET, BY geography2007 – 2014 ($ MILLIONS) 37. GLOBAL High pressure tanning lamps MARKET, BY geography 38. GLOBAL Low pressure tanning lamps MARKET, BY geography 2007 – 2014 ($ MILLIONS) 39. GLOBAL Grow lamps MARKET, BY geography 2007 – 2014 ($MILLIONS) 40. GLOBAL Germicidal lamps MARKET, BY geography 2007 – 2014 ($MILLIONS) 41. GLOBAL Fluorescent Induction Lamp MARKET, BY geography 42. ownership Cost of CFL vs incandescent 43. GLOBAL HID lighting MARKET, BY products 2007 – 2014 ($millions) 44. GLOBAL hid lighting MARKET, BY geography 2007 – 2014 ($millions) 45. MAJOR PLAYERS AND DEVELOPMENTS 46. GLOBAL Sodium Vapor lighting MARKET, BY products 2007 – 2014 ($millions) 47. GLOBAL Sodium Vapor lighting MARKET, BY geography 2007 – 2014 ($millions) 48. GLOBAL Low pressure sodium vapor lighting MARKET, BY geography 2007 – 2014 ($millions) 49. GLOBAL High pressure sodium vapor lighting MARKET, BY geography 2007 – 2014 ($millions) 50. GLOBAL Mercury vapor lamps lighting MARKET, BY products 51. GLOBAL Mercury vapor lamps lighting MARKET, BY geography 52. GLOBAL High Pressure Mercury Vapor lighting MARKET, 53. GLOBAL Low Pressure Mercury Vapor lighting MARKET, 54. GLOBAL Ceramic Discharge Metal Halide lighting MARKET 55. GLOBAL Metal halide lamp lighting MARKET, BY geography 56. GLOBAL Xenon arc lamps lighting MARKET, BY geography 57. GLOBAL Ultra-High Performance lighting MARKET, BY geography 58. GLOBAL Neon Lamps lighting MARKET, BY products 2007 – 2014 ($millions) 59. GLOBAL Neon Lamps lighting MARKET, BY geography 2007 – 2014 ($millions) 60. GLOBAL Fluorescent neon lighting MARKET, BY geography 61. GLOBAL High-brightness neon lighting MARKET, BY geography 62. GLOBAL Standard Brightness neon lighting MARKET, BY geography 2007 – 2014 ($millions) 63. GLOBAL Noble Gas lighting MARKET, BY products 2007 – 2014 ($millions) 64. GLOBAL Noble Gas lighting MARKET, BY geography 2007 – 2014 ($millions) 65. Gas types and their color attributes 66. GLOBAL neon lighting MARKET, BY geography 2007 – 2014 ($millions) 67. GLOBAL Argon lighting MARKET, BY geography 2007 – 2014 ($millions) 68. GLOBAL Krypton lighting MARKET, BY geography 2007 – 2014 ($millions) 69. GLOBAL Xenon lighting MARKET, BY geography 2007 – 2014 ($millions) 70. GLOBAL Helium lighting MARKET, BY geography 2007 – 2014 ($millions) 71. GLOBAL Mixed gases lighting MARKET, BY geography 2007 – 2014 ($millions) 72. GLOBAL Wireless lighting MARKET, BY products 2007 – 2014 ($millions) 73. GLOBAL Wireless lighting MARKET, BY geography 2007 – 2014 ($millions) 74. MAJOR PLAYERS AND DEVELOPMENTS 75. GLOBAL Wireless Motion lighting MARKET, BY geography 76. GLOBAL Wireless Cabinet lighting MARKET, BY geography 2007- 2014 ($millions) 77. GLOBAL Sulfur plasma lighting MARKET, BY geography 2007 – 2014 ($millions) 78. GLOBAL Tungsten photonic lattice lighting MARKET, BY geography 2007 – 2014 ($millions) 79. GLOBAL Distance lighting MARKET, BY geography 2007 – 2014 ($millions) 80. GLOBAL EMERGING LIGHTING market, by geography 2007 – 2014 ($millions) 81. U.S. EMERGING LIGHTING market, by products 2007 – 2014 ($millions) 82. European EMERGING LIGHTING MARKET, by products 2007 – 2014 ($millions) 83. Asian EMERGING LIGHTING MARKET, by products 2007 – 2014 ($millions)
LIST OF FIGURES 1. Evolution of EMERGING LIGHTING TECHNOLOGIES 2. GLOBAL TRENDS in the lighting market 3. initial cost of installation vs energy consumption of different lighting technologies 4. RELATIVE PERFORMANCE of different lighting technologies 5. Cost vs performance of major lighting technologies 6. PRODUCT LIFECYCLES 7. PRODUCTS positioning of major light sources 8. GLOBAL issues in lighting 9. GLOBAL residential electricity consumption (2009) 10. GLOBAL residential electricity consumption, BY applications (2009) 11. Factors affecting the emerging lighting technologies market 12. GEOGRAPHICAL ANALYSIS OF emerging lighting technologies MARKET (2009) 13. Applications of high-brightness LED 14. Applications of automotive lighting 15. Information density VS color performance 16. GLOBAL EMERGING LIGHTING Technology patents, by Geography 17. GLOBAL EMERGING LIGHTING Technology patents, by PRODUCTs 18. u.s. EMERGING LIGHTING Technology patents, by PRODUCTs 19. EuropeAN EMERGING LIGHTING Technology patents, by PRODUCTs 20. aSIAN EMERGING LIGHTING Technology patents by PRODUCTs
LIST OF FIGURES 1. AMOLED: Active matrix organic light emitting diode 2. OLED: Organic light emitting diode 3. CAGR: Compound annual growth rate 4. CCFL: Cold cathode fluorescent lamp 5. L/w: Lumen per watt 6. CFL: Cathode fluorescent lamps 7. DC: Direct current 8. GaN: Gallium Nitride 9. GE: General Electronics Ltd. 10. GPS: Global positioning system 11. HB LED: high beam light emitting diode 12. IC: Integrated Circuit 13. IT: Information technology 14. LCD: liquid crystal display 15. LED: light emitting diode 16. MB: Mega bytes 17. mm: Millimeter 18. mW: milliwatts 19. PC: Personal Computer 20. PDA: Personal digital assistant 21. PMOLED: Passive matrix organic light emitting diode 22. R&D: Research and development 23. RGB: Red, green and blue 24. ROW: Rest of the World 25. TV: Television 26. U.S: United States 27. UK: United Kingdom 28. UV: Ultra violet 29. V: Volts
The increase in the living standards and changing lifestyles has led to a greater demand for energy-efficient new lighting technologies over the traditional incandescent and halogen lighting. A wide number of application areas ranging from small household lighting to commercial and industrial lighting have been benefited by these emerging lighting technologies. The fulcrum has further shifted in favor of these new technologies by virtue of their availability in different sizes and shapes and with different fixtures to justify their usage in the widely varied application areas. With U.S and Europe holding the major chunk of the market share currently, Asia is seen as an emerging market with tremendous potential, particularly in countries like India and China.
Though the market is being boosted by the improved energy efficiency obtained, but there are challenges to be overcome. High initial cost and health and environmental concerns in developed countries are some of the major hiccups for the industry. However, the current market trends show the increasing market size for emerging lighting technologies in both the developed and developing countries. With continued efforts and research to overcome the challenges, and development of improved products at affordable prices, the market is set for a roll-on for the next several decades.
The global emerging lighting technologies market is expected to be worth US$112.2 billion by 2014, growing at an estimated CAGR of 7.9% from 2009 to 2014. Fluorescent lighting forms the largest market segment; and is expected to reach US$82.6 billion by 2014 at a CAGR of 7.9% for the same period.
North America is the largest emerging lighting market; and is expected to be worth US$43.9 billion by 2014, accounting for nearly 39% of the total revenues. Europe is the second largest segment and is expected to reach US$37.9 billion by 2014. However, Asia is the fastest growing market and is poised for a high growth of 8.6% for the next five years.
The accompanying figure indicates the estimated market share of emerging lighting products in 2009.
Source: MarketsandMarkets
The fluorescent lighting is expected to enjoy the maximum market share with 745 in 2009 followed by high intensity discharge with 8% in 2009. Reason for high market share of fluorescent lighting is, its suitability to use in almost all places and traditional lighting such as incandescent lighting is primarily getting replaced by these only. The patent analysis of emerging lighting products indicates that maximum number of patents has been registered for fluorescent lighting, which accounts for 46% of the total number of patents registered, followed by light emitting diode with 29% of the total patents registered. Geography-wise, the Japan accounts for 54% of the total patents registered in emerging lighting products followed by U.S. with 25%.
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