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




The field of lighting has witnessed remarkable technology improvements in the past few years, especially in the area of compact fluorescent lamps (CFL) and solid state lighting. Conventional incandescent bulbs are expected to reach obsolescence with the onset of CFL and LEDs (light emitting diodes). 

LED lighting is enjoying robust growth because of its exceptional features that include high energy-efficiency, long operational life and robust weather resistant design. Lighting accounts for about 18% to 20% of total energy consumption globally; and about 27% to 30% of total energy consumed is for domestic purposes. LED lighting applications are likely to see double-digit growth with the highest market share in overall lighting market post 2020. On the contrary, growth of office and industrial applications of LED lighting will be slower due to the existing high penetration of cost-competitive CFLs and fluorescent lamps.

Compact fluorescent lamps (CFL) are about 70% more energy efficient than incandescent light bulbs. The advantages of CFL include improved light quality and longer operational life in comparison to incandescent lamps. Additionally, CFLs give healthier concentrated light than linear fluorescent and their sizes are just about one-fourth of the size of conventional fluorescent lamps.  CFLs help fight global warming as their electricity consumption is appreciably lower than that of incandescent bulbs. Each CFL is expected to slash carbon dioxide emissions by about 1,300 lbs over its lifetime. CFLs cost a little more up front, but still offer more savings than incandescent bulbs by using less electricity. Full spectrum fluorescent lighting may also benefit the immune system, and thus improve general health and well-being.

Our report covers the key energy-efficient lighting technologies that include Light Emitting Diode (LED), Fluorescent and Compact Fluorescent Lamp (CFL). 

The report has covered in-depth energy-efficiency lighting market on the basis of correlated color temperature (CCT). The report also covers all the major products, applications, ingredients, and submarkets under each of these technologies. We have conducted an exhaustively geographic analysis for the major regional markets, viz. the U.S, Europe, Asia, and Rest of the World (ROW). We have not included conventional power consuming technologies like incandescent and halogen lighting technologies.

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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