Market Research Reports

Global Energy Efficient Lighting Technology Market by Correlated Color Temperature (CCT), Application and Geography (2011- 2016)

74pages
Published Date: 2011-11-16

Description



Improvements in the past few years in the area of solid state lighting and CFL are expected to boost the global energy efficient technology market. The report estimates the energy-efficient technology market to grow at a CAGR of 7.9% during the period from 2011 to 2016. The valuation of the market has been also estimated in the report.

The report provides a brief market overview, mentioning the major lighting issues across the globe, global trends, and consumer preference. Three major energy efficient lighting technologies – LED, CFL, and fluorescent – have been discussed in detail. The report further points out the drivers, restraints, and opportunities regarding the market for each of these technologies.

The report studies segments of the market on the basis of correlated color temperature (CCT), application, and geography. In-depth analysis of the technologies in various ranges of correlated color temperature has been mentioned in the report, to understand their influence on lighting applications. 

Overview of global energy efficient lighting technology market

With the increased usage of CFL and LED, traditional incandescent bulbs are expected to become obsolete. The report cites the increased usage of LED lighting applications due to their higher energy efficiency and longer lifetime. The report estimates the LED segment to be the fastest growing segment of the global energy efficient lighting technology market. However, the report points out that the high cost of LED coupled with lack of suitability for heat-sensitive applications is expected to hamper the LED market during the period between 2011 and 2016. 

On the other hand, low maintenance cost of CFL is expected to boost the CFL market across the globe. The report covers CFL performance and quality criteria, and discusses the CFL programs around the globe. The report points out that the mercury content in CFL lamps is expected to negatively affect the overall CFL market. The report studies the fluorescent light market and indicates that the suitability issues associated with fluorescent lights for outdoor use in cold weather will hamper market growth. The report compares the energy efficiencies of the three lighting technologies. The cost and performance of the energy efficient lighting sources have also been analyzed in the report.

The report studies the energy efficient lighting sources under various ranges of correlated color temperature in different geographical segments. According to the report, correlated color temperature in the range of 5000K-6500K is expected to dominate the overall efficient energy lighting market.

The major regional markets covered in the report are Asia, Europe, the U.S., and Rest of the World. The report points out that though U.S. will emerge as one of the largest markets for LED by 2016, Asian countries will witness fastest growth in the LED market. 

Companies mentioned in the research report:

The report profiles the major players operating in the global energy-efficient lighting technology market, such as Royal Philips Electronics, GE Lighting, Cooper Lighting, Bridgelux Inc., Nichia Corporation, Osram, and Cree Inc. The report covers the major energy efficient lighting products of the key players in the market. 

Market Segmentation on the basis of Product Type:
  • Light Emitting Diode (LED)
  • Compact Fluorescent Lamp (CFL)
  • Fluroscent
Major geographies analyzed under this research report are: 
  • Europe
  • U.S.
  • Asia 
  • Rest of the World 
This report gives you access to decisive data such as:
  • Market growth drivers 
  • Factors limiting market growth
  • Current market trends 
  • Market structure
  • Market projections for the coming years 
Key highlights of this report
  • Overview of key market forces propelling and restraining market growth 
  • Up-to-date analyses of market trends and technological improvements
  • Pin-point analyses of market competition dynamics to offer you a competitive edge
  • An analysis of strategies of major competitors 
  • An array of graphics and SWOT analysis of major industry segments 
  • Detailed analyses of industry trends
  • A well-defined technological growth map with an impact-analysis 
  • Offers a clear understanding of the competitive landscape and key product segments

Table of Contents


TABLE OF CONTENTS

CHAPTER 1 EXECUTIVE SUMMARY
1.1 GLOBAL ENERGY-EFFICIENT LIGHTING MARKET
1.2 ENERGY-EFFICIENT LIGHTING MARKET BY CCT (CORRELATED COLOR TEMPERATURE) 
1.3 ENERGY-EFFICIENT LIGHTING MARKET BY APPLICATIONS
1.4 ENERGY-EFFICIENT LIGHTING MARKET BY GEOGRAPHIC
CHAPTER 2 INTRODUCTION
2.1 KEY TAKE-AWAYS
2.2 SCOPE OF THE REPORT
2.3 RESEARCH METHODOLOGY
2.4 STAKEHOLDERS
CHAPTER 3 MARKET OVERVIEW – LED, CFL, AND FLUORESCENT
3.1 MARKET DYNAMICS
3.2 GLOBAL TRENDS IN THE ENERGY EFFICIENT LIGHTING MARKET
3.3 CONSUMER PREFERENCE – ENERGY-EFFICIENT LIGHTING MARKET
3.4 LIGHTING USAGE PATTERN WORLDWIDE
3.5 MAJOR LIGHTING ISSUES WORLDWIDE
3.6 COMPETITION - ENERGY EFFICIENCY SCALE FOR ENERGY-EFFICIENT LAMPS
3.7 GLOBAL INCANDESCENT DEMAND REDUCTION PATTERN 2004 - 2017
3.8 COST BREAKUP FOR LIGHTING
3.9 SAVING POTENTIAL BY SWITCHING FROM INCANDESCENT TO ENERGY-EFFICIENT LIGHTING
3.10 CHARACTERISTICS AND ELECTRICITY USAGE BY VARIOUS LAMPS
3.11 COST AND PERFORMANCE OF ENERGY EFFICIENT LIGHTING SOURCE
3.12 CFL PERFORMANCE AND QUALITY CRITERIA COVERAGE IN MAJOR MANUFACTURING COUNTRIES
3.13 THE INFLUENCE OF COLOR TEMPERATURE ON MOOD AND LIGHTING APPLICATIONS
3.14 CASE STUDY – COLOR TEMPERATURE & LIGHTING FOR RETAIL STORE
3.14.1 QUANTITY OF LIGHT IMPACTS BUSINESS
3.14.2 QUALITY OF LIGHT IMPROVES CUSTOMERS’ EXPERIENCE
3.14.3 ENERGY-EFFICIENT LIGHTING
3.14.4 LONG OPERATIONAL LIFE, MAINTENANCE COST AND LABOR COST
3.14.5 BENEFITS OF GOOD LIGHTING IN RETAIL STORES
CHAPTER 4 LIGHT EMITTING DIODE (LED) 
4.1 MARKET OVERVIEW
4.2 DRIVERS
4.2.1 LIGHTING SOLUTION FOR REMOTE AREAS
4.2.2 LONGER LIFETIME AND HIGH ENERGY EFFICIENCY
4.2.3 VIBRATION AND THERMAL SHOCKS RESISTANT SOLUTION FOR BETTER PRODUCTIVITY
4.2.4 OFFER SCOPE FOR VARIOUS LIGHTING APPLICATIONS
4.2.5 HARMLESS AND GREEN LIGHTING SOLUTION
4.3 INHIBITORS & OPPORTUNITIES
4.3.1 HIGH COST INVOLVED
4.3.2 LACKS ATTRIBUTE FOR HEAT SENSITIVITY APPLICATIONS
4.3.3 UNIDIRECTIONAL LIGHT OUTPUT
4.3.4 RELUCTANCE TO SWITCH TO LED LIGHTING
4.4 LED MARKET BY APPLICATION
4.5 LED MARKET BY GEOGRAPHY
4.6 LED MARKET BY COLOR TEMPERATURE (CCT) 
4.6.1 COLOR TEMPERATURE 2700K-3000K MARKET BY GEOGRAPHY
4.6.2 COLOR TEMPERATURE 3500K MARKET BY GEOGRAPHY
4.6.3 COLOR TEMPERATURE 4000K/4100K MARKET BY GEOGRAPHY
4.6.4 COLOR TEMPERATURE 5000K-6500K MARKET BY GEOGRAPHY
4.6.5 COLOR TEMPERATURE 6500K+ MARKET BY GEOGRAPHY
CHAPTER 5 COMPACT FLUORESCENT LAMP (CFL) 
5.1 MARKET OVERVIEW
5.2 DRIVERS
5.2.1 HIGH LIGHT OUTPUT AT LOW POWER CONSUMPTION
5.2.2 LONG OPERATIONAL LIFE AND LOW MAINTENANCE COST
5.2.3 PAYBACK PERIOD
5.2.4 HIGH EFFICACY (IN COMPARISON TO INCANDESCENT) 
5.2.5 HIGH RELIABILITY - NO EARLY FAILURES
5.2.6 VARIOUS ACCEPTABLE SIZE & FORM
5.3 INHIBITORS & OPPORTUNITIES
5.3.1 COST BARRIER
5.3.2 MERCURY CONTENT IN CFL LAMPS
5.4 CFL MARKET BY APPLICATION
5.5 CFL MARKET BY GEOGRAPHY
5.6 CFL MARKET BY COLOR TEMPERATURE (CCT) 
5.6.1 COLOR TEMPERATURE 2700K-3000K MARKET BY GEOGRAPHY
5.6.2 COLOR TEMPERATURE 3500K MARKET BY GEOGRAPHY
5.6.3 COLOR TEMPERATURE 4000K/4100K MARKET BY GEOGRAPHY
5.6.4 COLOR TEMPERATURE 5000K-6500K MARKET BY GEOGRAPHY
5.6.5 COLOR TEMPERATURE 6500K+ MARKET BY GEOGRAPHY
5.7 CFL PROGRAMS AROUND THE WORLD
5.8 CFL PERFORMANCE AND QUALITY CRITERIA COVERAGE
CHAPTER 6 FLUORESCENT
6.1 MARKET OVERVIEW
6.2 DRIVERS
6.2.1 COST COMPETITIVE REPLACEMENT TO INCANDESCENT BULBS
6.2.2 ENERGY EFFICIENT AND LONG OPERATIONAL LIFE
6.3 INHIBITORS & OPPORTUNITIES
6.3.1 CONTAINS LITTLE AMOUNTS OF MERCURY
6.3.2 ACHIEVING FULL BRIGHTNESS CAN TAKE UP TO 3 MINUTES
6.3.3 SUITABILITY ISSUES FOR OUTDOOR USE IN COLD WEATHER
6.4 FLUORESCENT MARKET BY APPLICATION
6.5 FLUORESCENT MARKET BY GEOGRAPHY
6.6 FLUORESCENT MARKET BY CCT
6.6.1 COLOR TEMPERATURE 2700K-3000K MARKET BY GEOGRAPHY
6.6.2 COLOR TEMPERATURE 3500K MARKET BY GEOGRAPHY, 2010 - 2016
6.6.3 COLOR TEMPERATURE 4000K/4100K MARKET BY GEOGRAPHY
6.6.4 COLOR TEMPERATURE 5000K-6500K MARKET BY GEOGRAPHY
6.6.5 COLOR TEMPERATURE 6500K+ MARKET BY GEOGRAPHY
 
CHAPTER 7 COMPANY PROFILE
7.1 OSRAM GMBH
7.2 ROYAL PHILIPS ELECTRONICS
7.3 NICHIA CORPORATION
7.4 GE LIGHTING
7.5 CREE, INC. 
7.6 COOPER LIGHTING
7.7 BRIDGELUX INC

FIG. 1 GLOBAL TRENDS IN THE ENERGY EFFICIENT LIGHTING MARKET
FIG. 2 RESIDENTIAL LIGHTING APPLICATION BY ROOM TYPE
FIG. 3 MAJOR LIGHTING ISSUES WORLDWIDE
FIG. 4 ENERGY EFFICIENCY SCALE FOR ENERGY-EFFICIENT LAMPS
FIG. 5 GLOBAL INCANDESCENT DEMAND REDUCTION PATTERN
2004 – 2017 (BILLION) 
FIG. 6 COST BREAKUP FOR LIGHTING
FIG. 7 COST AND PERFORMANCE OF ENERGY EFFICIENT LIGHTING SOURCE


TABLE 1 SAVING POTENTIAL BY SWITCHING FROM INCANDESCENT TO
ENERGY-EFFICIENT LIGHTING
TABLE 2 CHARACTERISTICS OF COMMON LIGHT SOURCES
TABLE 3 THE INFLUENCE OF COLOR TEMPERATURE ON MOOD AND
LIGHTING APPLICATIONS
TABLE 4 LED MARKET, BY APPLICATION 2010 – 2016 (USD MILLION) 
TABLE 5 LED MARKET, BY GEOGRAPHY 2010 – 2016 (USD MILLION) 
TABLE 6 LED MARKET, BY CCT 2010 – 2016 (USD MILLION) 
TABLE 7 COLOR TEMPERATURE 2700K-3000K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 8 COLOR TEMPERATURE 3500K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
2010 – 2016 (USD MILLION) 
TABLE 10 COLOR TEMPERATURE 5000K-6500K MARKET BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 11 COLOR TEMPERATURE 6500K+ MARKET BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 12 GLOBAL CFL MARKET,  BY APPLICATION 2010 – 2016 (USD MILLION) 
TABLE 13 CFL MARKET, BY GEOGRAPHY 2010 – 2016 (USD MILLION) 
TABLE 14 CFL MARKET, BY COLOR TEMPERATURE (CCT) 2010 – 2016 
(USD MILLION) 
TABLE 15 COLOR TEMPERATURE 2700K-3000K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 16 COLOR TEMPERATURE 3500K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 17 COLOR TEMPERATURE 4000K/4100K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 18 COLOR TEMPERATURE 5000K-6500K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 19 COLOR TEMPERATURE 6500K+ MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 20 CFL PROGRAMS AROUND THE WORLD
TABLE 21 CFL PERFORMANCE AND QUALITY CRITERIA COVERAGE
TABLE 22 FLUORESCENT MARKET BY APPLICATION 2010 – 2016 (USD MILLION) 
TABLE 23 FLUORESCENT MARKET, BY GEOGRAPHY 2010 – 2016 (USD MILLION) 
TABLE 24 FLUORESCENT MARKET, BY CCT 2010 – 2016 (USD MILLION) 
TABLE 25 COLOR TEMPERATURE 2700K-3000K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 26 COLOR TEMPERATURE 3500K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 27 COLOR TEMPERATURE 4000K/4100K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 28 COLOR TEMPERATURE 5000K-6500K MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 
TABLE 29 COLOR TEMPERATURE 6500K+ MARKET, BY GEOGRAPHY
2010 – 2016 (USD MILLION) 

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