Supercapacitors: World Markets, Technologies & Opportunities: 2013-2018

Supercapacitors: World Markets, Technologies & Opportunities: 2013-2018

Paumanok, Date of Publication: Jul 24, 2013, 71 Pages
US$1,500.00
PK3850

An Analysis of The World Market for Electric Double Layer Carbon SuperCapacitors and Related Devices for Applications in The Farad Range.

This new report covers the global market for carbon and hybrid supercapacitors with forecasts to 2018.  The report addresses global supercapacitor demand by configuration (coin cell, radial, flatpack/SMD; screw terminal, snap-mount and module assembly); global value of supercapacitor demand by end-use market segment in transportation, consumer AV, renewable energy, professional electronics and infrastructure markets worldwide. The value of demand is also estimated based upon circuit application (Memory protection, energy recoup, actuated power and UPS system).  Global consumption is estimated by world region in Asia-Pacific, Europe and the Americas, and supercapacitor point of sale analysis is also given for Japan, USA, China, Korea, Europe and Israel.  Supercapacitor costs to produce are addressed, as are the corresponding markets for carbon materials, cans/sleeves, electrolytes, end seals, separator materials, electrode tab materials and lugs and lead wires.  A competitive analysis is also given that addresses the activities of 40 companies in supercapacitors globally and offers complete assessment of worldwide sales and market shares.  Forecasts are given based upon the value of consumption by supercapacitor type to 2018, the volume of small can and large can cell consumption to 2018, and the average unit selling prices for small can and large can supercapacitor cell consumption to 2018.  Forecasts are also given for supercapacitors based upon consumption by world region and end-use market segment to 2018.


TABLE OF CONTENTS


1.0      EXECUTIVE SUMMARY
         1.1 Supercapacitor Market Overview: FY 2013  7
         1.2 Many Players Competing For Share:  7
         1.3 Historical Development:  7
         1.4 Vendor Migration Into Supercapacitor From Other Dielectrics: 8
         1.5 Real World Demand Creation and Future Growth Prospects: 9
         1.6 Disruptive Technologies To Supercapacitors:  9
         1.7 The Expected Reality Of Future Growth In Supercapacitors:  9
         1.8 External Market Challenges:  10
            1.8 (A) Market Drivers and Constraints in The Global Supercapacitor Business  10
            1.8 (A1) Market Drivers Explained:  10
            1.8 (A2) Market Constraints Explained:  11
         1.9 Supercapacitor Markets: Summary of Findings:  12
            1.9 (A1) Key Supercapacitor Market Matrices  12
         1.10 EDL Carbon Supercapacitors Versus Li-Ion and Other Hybrid Supercapacitors  12

2.0 BACKGROUND AND SCOPE OF REPORT COVERAGE
      2.1 Scope of Report Coverage:  14
      2.2 Research Methodology Employed: 14
         2.3 (A1) Government Data Collection and Resources:  15
         2.3 (A2) Secondary Published Sources: 15
         2.3 (A3) Primary Intelligence Gathering:  15
      2.4 The Capacitor Supply Chain  16
         2.4 (A1) Feedstock: 16
         2.4 (A2) Raw Materials Processing:  17
         2.4 (A3) Component Manufacturing:  17
         2.4 (A4) Component Distribution:  17
         2.4 (A5) End-Market Consumption:  18
         2.4 (A6) Recycling of Critical Materials:  18
      2.5 Technical Economic Maxims Related To Capacitors:  19
         2.5 (A1) The Two Technical Economic Maxims Associated with Capacitors:  19
         2.5 (A2) Ubiquitous Nature of Capacitors In Electrical and Electronic Circuits:  20
         2.5 (A3) Relationship Between Capacitance and Available Surface Area:  20
      2.6 Financial Considerations With Respect To This Report: 20
      2.6 (A1) The Calendar Year Ending December 31, 2013  20
      2.6 (A2) Currency Translation  20
      2.7 Forecasting Methodology: Fundamental Aspects of the 20 Year Growth Cycle In Passive Components:  21
      2.8 Global Economic Conditions and Outlook To 2018:  22
         2.8 (A1) Positive Market Indicators:  22
         2.8 (A2) Negative Market Indicators:  23
      2.9 Overall Outlook To 2018:  23
         2.9 (A1) Rapid Growth Passive Electronic Component Markets To 2018:  23
         2.9 (A2) Slower Growth Passive Component Markets To 2018:  23

3.0      CAPACITORS: WORLD MARKET OVERVIEW: FY 2013-2018
         3.1 Market Value, Volume and Average Unit Pricing for Capacitors: 2007-2012 Actual and 2013 Forecasts  24
         3.2 Value Shipment Update: 2013 24
            3.2 (A1) Global Consumption Value For Capacitors: 2007-2013:  24
         3.3 Global Capacitor Demand By Type (Dielectric): FY 2013  25
            3.3 (A1) Ceramic Capacitor Markets: 2013  26
            3.3 (A2) Tantalum Capacitor Markets: 2013  26
            3.3 (A3) Aluminum Electrolytic Capacitors: 2013  26
            3.3 (A4) DC Film Capacitor Markets: 2013  27
            3.3 (A5) AC Power Film Capacitors: 2013  27
            3.3 (A6) EDLC Supercapacitors: 2013  27
             3.3 (A7) Other Capacitors: 2013  27

4.0 SUPERCAPACITORS: WORLD MARKETS, TECHNOLOGIES & OPPORTUNITIES: 2013-2018
      4.1 Message From The Author: 28
         4.1 (A1) About The Author:  29
      4.2 Supercapacitors: On The Cusp of Two Big Markets 29
      4.3 Pioneers, Early Settlers, Community Builders In EDLC Supercapacitors: 1950-2013  30
         4.3 (A1) The Development of The SuperCapacitor Community of Vendors from 1950 to 2013  31
      4.4 Technical Economics of The Global SuperCapacitor Industry: 2013  31
         4.4 (A1) Capacitor Revenues Based Upon Capacitance Value and Voltage Rating  31
         4.4 (A2) Technical Economics Of The Global Capacitor Industry: Value By µF and Voltage Rating  32
         4.4 (A3) How Supercapacitors Fit Into The World Of Dielectrics Based Upon µF and Voltage Rating:  32
      4.5 Ten-Year Value Growth By Dielectric:  33
         4.5 (A1) A Comparison Of Value Growth Between Dielectrics Over Time:  33
         4.5 (A2) Supercapacitor Growth Rate Compared to Other Dielectrics Over Time:  33
      4.6 EDL Carbon Supercapacitor Vendors: Global Market Shares: 2013  34
         4.6 (A1) Maxwell Technologies (USA):  35
         4.6 (A2) Panasonic (Japan):  35
         4.6 (A3) Nippon Chemi-Con (Japan):  36
         4.6 (A4) Nichicon (Japan):  36
         4.6 (A5) Shizuki Electric (Japan):  36
         4.6 (A6) NEC Tokin (Japan): 36
         4.6 (A7) Elna Corporation (Japan):  36
         4.6 (A8) NESS Capacitor (Korea ROK):  37
         4.6 (A9) Rubycon Corporation (Japan):  37
         4.6 (A10) Man Yue (China):  37
         4.6 (A11) AVX Corporation (USA):  37
         4.6 (A12) Yeong Long Technologies (China):  37
         4.6 (A13) Samwha Capacitor (Korea):  37
         4.6 (A14) Nissan Diesel Motor Co., Ltd (Japan)  38
         4.6 (A15) Bollore- Batscap (France)  38
         4.6 (A16) Cooper-Bussman-PowerStor (USA)  38
         4.6 (A17) Ioxus, Inc (USA)  38
         4.6 (A18) LS MTron (Korea):  38
         4.6 (A19) Cap-XX (Australia):  39
         4.6 (A20) WIMA (Germany):  39
         4.6 (A21) Cellurgy (Israel):  39
         4.6 (A22) ELTON JSC (Russia):  39
         4.6 (A23) Yunasko Limited (Ukraine):  40
         4.6 (A24) Jinzhou Kaimei (China) 40
         4.6 (A25) Murata Manufacturing Company Limited (Japan)  40
         4.6 (A26) Cornell-Dubilier Electronics (USA): 40
         4.6 (A27) Paper Battery Company (USA)  40
         4.6 (A28) Qynergy Corporation (USA)  41
         4.6 (A29) Vishay-BCC (Holland): 41
         4.6 (A30) Tavrima Canada Limited (Canada):  41
         4.6 (A31) OptiXtal (USA):  42
         4.6 (A32) Chaoyang Liyuan (China):  42
         4.6 (A33) Shenzhen Forecon (China):  42
         4.6 (A34) Shenzhen YouLai (China):  42
         4.6 (A35) Inmatech, Inc (USA):  42
         4.6 (A36) Vina Tech (Korea):  43
         4.6 (A37) Dongguan Gonghe (China):  43
         4.6 (A38) Heter Electronics (China):  43
         4.6 (A39) Extreme Capacitor (USA)  43
         4.6 (A40) LithChem Energy (USA):  43
      4.7 Supercapacitor Manufacturers By Country: 2013  43
      4.8 Supercapacitor Pricing and Volumes:  44
      4.9 Competitive Analysis Of Carbon Supercapacitor Vendors By Product Configuration: 2013 44
      4.10 Carbon Based Supercapacitor: Key Competition by Configuration: 2013  45
         4.10 (A1) Screw Terminal (Large Cans) Supercapacitor Vendors:  45
         4.10 (A2) Radial Leaded/Cylindrical (Small Cans) Supercapacitor Vendors:  46
          4.10 (A3) Snap Mount Supercapacitor Vendors: 46
          4.10 (A4) Module Assemblies:  46
          4.10 (A5) Coin Cell Supercapacitor Vendors:  46
          4.10 (A6) Surface Mount Supercapacitor Vendors:  47
       4.11 Companies To Watch In The Emerging Supercapacitor Markets and Why  47
       4.12 Carbon Supercapacitors: Global Consumption Value By Configuration: 2013  48
       4.13 Supercapacitor Demand By End Use Market Segment & Circuit Application: 2013  50
       4.14 Supercapacitor Demand By End Use Market Segment: 2013  50
          4.14 (A1) Transportation Markets For Supercapacitors:  50
          4.14 (A2) Consumer Audio and Video Imaging Equipment Markets:  51
          4.14 (A4) Renewable Energy System Markets:  51
          4.14 (A5) Professional Equipment Markets:  52
          4.14 (A6) Infrastructure Markets:  52
       4.15 Supercapacitor Demand By Circuit Application: 2013  52
          4.15 (A1) Memory Protection Circuits:  52
          4.15 (A2) Energy Recoup Markets:  53
          4.15 (A3) Actuated Power Markets:  53
          4.15 (A4) UPS System Markets: 54
       4.16 Progression Of the World Market For Supercapacitors By Cell Configuration: 2000-2005-2013  54
       4.17 Growth in The Large Can Supercapacitor Business:  54
       4.18 Growth in The Small Can Supercapacitor Business:  55
       4.19 Supercapacitor Demand By World Region: 2013  55
          4.19 (A1) Asia-Pacific Region:  55
          4.19 (A2) European Region:  55
          4.19 (A3) Americas Region:  55
       4.20 Supercapacitors: Point of Sale By World Region: 2013  55
          4.20 (A1) Japan:  55
          4.20 (A2) United States:  55
          4.20 (A3) China:  55
          4.20 (A4) Korea:  56
          4.20 (A5) Europe & Israel:  56
       4.21 Supercapacitor Growth Outlook By Configuration:  57
       4.22 Disruptive Technologies: New Products Challenging Carbon Supercapacitors 58
          4.22 (A1) Hybrid Capacitors:  58
       4.23 EDLC Supercapacitors: Costs To Produce  60
          4.23 (A1) Carbon Material Costs: 61
          4.23 (A2) Can/Sleeve Costs:  62
          4.23 (A3) Electrolyte Costs:  62
          4.23 (A4) End Seals:  62
          4.23 (A5) Separator Materials:  62
          4.23 (A6) Electrode Tab Material:  63
          4.23 (A7) Lead Wires/Lugs:  63

5.0 SUPERCAPACITORS: LONG TERM GROWTH FORECASTS: 2013-2018
      5.1 Forecasted Consumption Value For Large Can Supercapacitors to 2018:  65
      5.2 Forecasted Consumption Value For Small Can Supercapacitors to 2018:  65
      5.3 Global EDL Carbon Supercapacitor Market Forecasts By Type: 2013-2018  66
      5.4 Global EDL Carbon Supercapacitor Market Forecasts By World Region: 2013-2018  67
      5.5 Global EDL Carbon Supercapacitor Market Forecasts By End-Use Market Segment: 2013-2018  68
      5.6 Global EDL Carbon Supercapacitor Pricing Forecasts By Type: 2013-2018  69
      5.7 Global EDL Carbon Supercapacitor Volume Forecasts By Type: 2013-2018  70
      5.8 Summary of Market Forecasts for EDL Supercapacitors: 2013-2018  71

 
LIST OF TABLES

FIGURE 1: EDLC SUPERCAPACITORS VERSUS HYBRID SUPERCAPACITORS: CY 2012  13
FIGURE 2: CURRENCY TRANSLATIONS USED IN THIS REPORT: FY 2008, 2009, 2010, 2011, 2012 AND 2013  20
FIGURE 3: PASSIVE COMPONENT UNIT SALES TREND WORLDWIDE: 1991-2013 (FEAST & FAMINE)  21
FIGURE 4: GLOBAL MARKET VALUE, VOLUME AND AVERAGE UNIT PRICING FOR CAPACITORS: FY 2007-2013  24
FIGURE 5: GLOBAL CONSUMPTION VALUE FOR CAPACITORS: FY 2007-2013  25
FIGURE 6: CHANGES IN GLOBAL VALUE OF DEMAND FOR CAPACITORS BY DIELECTRIC: FY 2009- 2013  26
FIGURE 7: SUPERCAPACITORS: ON THE CUSP OF TWO MASSIVE MARKETS IN FY 2013  30
FIGURE 8: THE DEVELOPMENT OF THE SUPERCAPACITOR COMMUNITY OF VENDORS FROM 1950 TO 2013  31
FIGURE 9: TECHNICAL ECONOMICS OF THE GLOBAL CAP INDUSTRY: 2012 DIELECTRIC VALUE BY µF & VDC RATING 32
FIGURE 10: CAPACITORS: 10 YEAR COMPARATIVE VALUE GROWTH BY DIELECTRIC  34
FIGURE 11: EDLC SUPERCAPACITOR VENDORS: 2013 MARKET SHARES  35
FIGURE 12: SUPERCAPACITOR MANUFACTURERS BY COUNTRY: 2013  44
FIGURE 13: SUPERCAPACITOR PRODUCTION BY VENDOR AND CONFIGURATION: 2013 45
FIGURE 14: KEY COMPETITORS BY COMPONENT CONFIGURATION: FY 2013  48
FIGURE 15: CARBON SUPERCAPACITORS: GLOBAL CONSUMPTION VALUE BY CONFIGURATION: CY 2012  49
FIGURE 16: GLOBAL SUPERCAPACITOR DEMAND BY END-USE MARKET SEGMENT AND CIRCUIT APPLICATION: 2013  50
FIGURE 17: PROGRESSION OF THE WORLD MARKET FOR SUPERCAPACITORS BY CONFIGURATION: 2000-2005-2013  54
FIGURE 18: SUPERCAPACITOR REVENUES AT POINT OF SALE AND CONSUMPTION VALUE BY WORLD REGION: 2013  57
FIGURE 19: SUPERCAPACITORS: GROWTH OUTLOOK BY CONFIGURATION  58
FIGURE 20: DISRUPTIVE TECHNOLOGIES CHALLENGING EDLC SUPERCAPACITORS  59
FIGURE 21: EDLC SUPERCAPACITORS: CGS AND GPM  60
FIGURE 22: EDLC SUPERCAPACITORS: COSTS TO PRODUCE: 2013  61
FIGURE 23: GLOBAL MATERIALS MARKETS FOR SUPERCAPACITORS: CY 2012  64
FIGURE 24: SUPERCAPACITORS: LONG TERM GROWTH FORECASTS TO 2018  66
FIGURE 25: GLOBAL SUPERCAPACITOR MARKET FORECASTS BY TYPE (LARGE CELL VERSUS SMALL CELL): 2013-2018  67
FIGURE 26: GLOBAL SUPERCAPACITOR MARKET FORECASTS BY WORLD REGION: 2013-2018 68
FIGURE 27: GLOBAL SUPERCAPACITOR PRICING FORECASTS BY TYPE (SMALL CELL VERSUS LARGE CELL): 2013-2018  70
FIGURE 28: GLOBAL SUPERCAPACITOR VOLUME FORECASTS BY TYPE (SMALL CELL VERSUS LARGE CELL): 2013-2018 70
FIGURE 28: SUMMARY OF MARKET FORECASTS FOR EDL SUPERCAPACITORS: 2013-2018  71



 


Date of Publication:
Jul 24, 2013
File Format:
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Number of Pages:
71 Pages
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