1 Table of Contents
1 Table of Contents
2
1.1 List of Tables
5
1.2 List of Figures
8
2 Introduction 10
2.1 What is this report about? 10
2.2 How to use this report? 10
2.3 March ket Definition 10
3 Executive Summary 11
3.1 Overview 11
4 March ket Analysis of Advanced Batteries 12
4.1 March ket Overview of Advanced Batteries 12
4.2 Global March ket Analysis of Advanced Batteries 13
4.3 Advanced Battery March ket by Country 31
4.4 Analysis of Advanced Battery March ket for Automotive Segment 61
5 Cost Analysis 70
5.1 Cost Overview of Advanced Batteries 70
5.2 Performance Match of Advanced Batteries with Conventional Batteries 71
6 Market Analysis 72
6.1 Analysis of Energy Storage Properties 72
6.2 Key Drivers for Energy Storage Market 75
6.3 Key Drivers in Automotive Battery Market 76
6.4 Challenges for Energy Storage Market 77
6.5 Trend Analysis of Energy Storage Market 78
7 Policy Framework 79
7.1 Regional Standards for Advanced Batteries 79
8 Technology Analysis 88
8.1 Applications for Energy Storage Devices 88
8.2 Types of Energy Storage Devices 89
8.3 Classification of Batteries 92
8.4 Technology Analysis of Advanced Batteries 94
8.5 Longevity of Advanced Batteries 101
8.6 Applications of Advanced Batteries 104
8.7 New technologies in Advanced Batteries 105
9 Key Players 108
9.1 BYD Firms Limited 108
9.2 GP Batteries International Limited 123
9.3 Panasonic EV Energy Co 135
9.4 Saft Groupe SA 142
9.5 Sanyo Electric Co. Ltd. 154
10 Recent Developments 170
10.1 Financial Deals Landscape 170
10.2 New Contracts 180
10.3 Operations Updates 189
10.4 Financial Announcements 196
10.5 Strategy and Business Planning 212
10.6 Government and Public Interest 216
10.7 Other Significant Developments 224
11 Appendix 246
11.1 About Clean Technology eTrack 246
11.2 Methodology 246
11.3 Contact Us 250
11.4 About Global March kets Direct 250
11.5 Disclaimer 250
1.1 List of Tables
Table 1: Global, Historic Annual Advanced Batteries March ket, by Value (Billion US US$ ); 2002–2008 14
Table 2: Global, Projection ed Annual Advanced Batteries March ket, by Value (Billion US US$ ); 2009–2015 15
Table 3: Global Projection ed Annual Advanced Batteries March ket, by Volume (Billion Units); 2009–2015 16
Table 4: Advanced Batteries March ket Size, By Country (Million US US$ ); 2008 17
Table 5: Global, Demand Trend for Li-Ion Battery, by Value (Billion US US$ ); from 2003 to 2015 19
Table 6: Global, Demand Trend for NiMH Battery, by Value (Billion US US$ ); from 2003 to 2015 20
Table 7: Global Demand for Other Advanced Batteries, by Value (Billion US US$ ); from 2003 to 2015 21
Table 8: Global, Historic Annual Advanced Portable Battery March ket, by Value (Billion US US$ ); 2002–2008 23
Table 9: Global, Projection ed Annual Advanced Portable Battery March ket, by Value (Billion US US$ ); 2009–2015 24
Table 10: Global, Historic Annual Advanced Stationary Battery March ket, by Value (Billion US US$ ); 2002–2008 25
Table 11: Global, Projection ed Annual Advanced Stationary Battery March ket, by Value (Billion US US$ ); 2009–2015 26
Table 12: Global, Historic Annual March ket Share of Motive Segment, by Value (Billion US US$ ); 2002–2008 27
Table 13: Global, Projection ed Annual March ket Share of Motive Segment, by Value (Billion US US$ ); 2009–2015 28
Table 14: Global Historic Annual March ket Share of Hybrid Electric Vehicles (HEVs) and Plug-in Vehicle Segment, by Value (Million US US$ ); 2002–2008 29
Table 15: Global, Projection ed Annual March ket Share of Hybrid Electric Vehicles (HEVs) and Plug-in Vehicle Segment, by Value (Million US US$ ); 2009–2015 30
Table 16: USA, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 32
Table 17: USA, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 33
Table 18: Canada, Historic Annual Advanced Batteries March ket, By Value (Million US US$ ); from 2002 to 2008 34
Table 19: Canada, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 35
Table 20: Mexico, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 36
Table 21: Mexico, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 37
Table 22: Brazil, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 38
Table 23: Brazil, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 39
Table 24: Argentina, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 40
Table 25: Argentina, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 41
Table 26: Chile, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 42
Table 27: Chile, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 43
Table 28: China, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 44
Table 29: China, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 46
Table 30: Japan, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 47
Table 31: Japan, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 48
Table 32: India, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 49
Table 33: India, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 50
Table 34: Germany, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 52
Table 35: Germany, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 53
Table 36: Italy, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 54
Table 37: Italy, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 55
Table 38: France, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 56
Table 39: France, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 57
Table 40: Middle East, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 58
Table 41: Middle East, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 59
Table 42: South Africa, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 60
Table 43: South Africa, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 61
Table 44: Global, Comparison of Hybrid Electric Vehicles (HEV) Annual Sales Volume (Thousand Units); from 2002 to 2008 63
Table 45: Global, Projection ed Annual HEV March ket, by Value (Million US US$ ) and Volume (Thousand Units); from 2009 to 2015 64
Table 46: Global, March ket Scenario Comparison of Hybrid Electric Vehicles’ March kets, by Value (Million US US$ ); 2008 & 2015 66
Table 47: Global, Projection ed Annual Electric Vehicles (EV) March ket, by Value (Million US US$ ) and Volume (Thousand Units); from 2009 to 2015 67
Table 48: Global, March ket Scenario Comparison of Electric Vehicles’ March kets, by Value (Million US US$ ); 2008 & 2015 69
Table 49: Cost Comparison of Advanced Batteries, by Chemistry 71
Table 50: Energy Storage Devices, By Categories 89
Table 51: Comparison, Advanced Batteries, by Features 101
Table 52: Energy Storage Analysis for long duration 102
Table 53: Energy Storage Analysis for short duration 103
Table 54: BYD Firms Limited, Key Facts 108
Table 55: BYD Firms Limited, SWOT 113
Table 56: BYD Firms Limited, Key Employees, 116
Table 57: BYD Firms Limited, Other Locations 120
Table 58: BYD Firms Limited, Deals Summary, 2004 to YTD 2009 122
Table 59: BYD Firms Limited, Deals Summary by Region, 2004 to YTD 2009 122
Table 60: BYD Firms Limited, Deals Summary, 2004 to YTD 2009 122
Table 61: GP Batteries International Limited, Key Facts 123
Table 62: GP Batteries International Limited, SWOT 127
Table 63: GP Batteries International Limited, Key Employees, 130
Table 64: GP Batteries International Limited, Deals Summary, 2004 to YTD 2009 133
Table 65: GP Batteries International Limited, Deals Summary by Region, 2004 to YTD 2009 134
Table 66: GP Batteries International Limited, Deals Summary, 2004 to YTD 2009 134
Table 67: Panasonic EV Energy Co., Ltd., Key Facts 135
Table 68: Panasonic EV Energy Co., Ltd., SWOT 137
Table 69: Panasonic EV Energy Co., Ltd., Key Employees, 139
Table 70: Panasonic EV Energy Co., Ltd., Other Locations 141
Table 71: Saft Groupe, Key Facts 142
Table 72: Saft Groupe, SWOT 146
Table 73: Saft Groupe, Key Employees, 150
Table 74: Saft Groupe, Other Locations 153
Table 75: SANYO Electric Co., Ltd., Key Facts 154
Table 76: SANYO Electric Co., Ltd., SWOT 159
Table 77: SANYO Electric Co., Ltd., Key Employees, 162
Table 78: SANYO Electric Co., Ltd., Other Locations 166
Table 79: SANYO Electric Co., Ltd., Subsidiaries 166
Table 80: SANYO Electric Co., Ltd., Deals Summary, 2004 to YTD 2009 167
Table 81: SANYO Electric Co., Ltd., Deals Summary by Region, 2004 to YTD 2009 168
Table 82: SANYO Electric Co., Ltd., Deals Summary, 2004 to YTD 2009 169
Table 83: Constellation Energy Projects & Services Takes Over Water & Energy Savings 170
Table 84: Fuel Tech Takes Over Advanced Combustion Technology 171
Table 85: Intersil Takes Over Zilker Labs 172
Table 86: Total Takes Over Equity Stake In Konarka Technologies 173
Table 87: RWE Takes Over 75% Interest In Peel Energy CCS 174
Table 88: BioTherm Secures US$ 150 Mln From Denham Capital 175
Table 89: Sentilla Raises US$ 7.5 Mln In Second Round Funding 176
Table 90: ElectraTherm Secures US$ 2.6M Series A Funding 177
Table 91: Sofame Completes Private Placement Of US$ 0.28 Mln 178
Table 92: Sofame Concludes a new deal With Superior Boilers 179
Table 93: Glossary 247
1.2 List of Figures
Figure 1: Global, Historic Annual Advanced Batteries March ket, by Value (Billion US US$ ); 2002–2008 13
Figure 2: Global, Projection ed Annual Advanced Batteries March ket, by Value (Billion US US$ ); 2009–2015 14
Figure 3: Global, Projection ed Annual Advanced Batteries March ket, by Volume (Billion Units); 2009–2015 15
Figure 4: Advanced Batteries March ket Size, by Country (Million US US$ ); 2008 16
Figure 5: Global, Demand Trend for Li-Ion Battery, by Value (Billion US US$ ); from 2003 to 2015 18
Figure 6: Global, Demand Trend for NiMH Battery, by Value (Billion US US$ ); from 2003 to 2015 19
Figure 7: Global, Demand Trend for Other Advanced Batteries, by Value (Billion US US$ ); from 2003 to 2015 20
Figure 8: Global, Annual March ket Segmentation of Large and Advanced Batteries, by Value (Billion US US$ ); 2008 22
Figure 9: Global, Historic Annual Advanced Portable Battery March ket, by Value (Billion US US$ ); 2002–2008 22
Figure 10: Global, Projection ed Annual Advanced Portable Battery March ket, by Value (Billion US US$ ); 2009–2015 23
Figure 11: Global, Historic Annual Advanced Stationary Battery March ket, by Value (Billion US US$ ); 2002–2008 24
Figure 12: Global, Projection ed Annual Advanced Stationary Battery March ket, by Value (Billion US US$ ); 2009–2015 25
Figure 13: Global, Historic Annual March ket Share of Motive Segment, by Value (Billion US US$ ); 2002–2008 26
Figure 14: Global, Projection ed Annual March ket Share of Motive Segment, by Value (Billion US US$ ); 2009–2015 27
Figure 15: Global, Historic Annual March ket Share of Hybrid Electric Vehicles (HEVs) and Plug-in Vehicle Segment, by Value (Million US US$ ); 2002–2008 29
Figure 16: Global, Projection ed Annual March ket Share of Hybrid Electric Vehicles (HEVs) and Plug-in Vehicle Segment, by Value (Million US US$ ); 2009–2015 30
Figure 17: USA, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 31
Figure 18: USA, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 32
Figure 19: Canada, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 34
Figure 20: Canada, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 35
Figure 21: Mexico, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 36
Figure 22: Mexico, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 37
Figure 23: Brazil, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 38
Figure 24: Brazil, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 39
Figure 25: Argentina, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 40
Figure 26: Argentina, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 41
Figure 27: Chile, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 42
Figure 28: Chile, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 43
Figure 29: China, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 44
Figure 30: China, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 45
Figure 31: Japan, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 47
Figure 32: Japan, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 48
Figure 33: India, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 49
Figure 34: India, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 50
Figure 35: Germany, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 51
Figure 36: Germany, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 52
Figure 37: Italy, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 53
Figure 38: Italy, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 54
Figure 39: France, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 55
Figure 40: France, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 56
Figure 41: Middle East, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 57
Figure 42: Middle East, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 58
Figure 43: South Africa, Historic Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2002 to 2008 59
Figure 44: South Africa, Projection ed Annual Advanced Batteries March ket, by Value (Million US US$ ); from 2009 to 2015 60
Figure 45: Global, Comparison of Hybrid Electric Vehicles (HEV) Annual Sales Volume (Thousand Units); from 2002 to 2008 62
Figure 46: Global, Projection ed Annual HEV March ket, by Value (Million US US$ ) and Volume (Thousand Units); from 2009 to 2015 64
Figure 47: Global, Hybrid Electric Vehicles March ket Segments, by Region; 2008 65
Figure 48: Global, March ket Scenario Comparison of Hybrid Electric Vehicles’ March kets, by Value (Million US US$ ); 2008 & 2015 65
Figure 49: Global, Projection ed Annual electric Vehicles (EV) March ket, by Value (Million US US$ ) and Volume (Thousand Units); from 2009 to 2015 67
Figure 50: Global, Electric Vehicles March ket Segments, by Region; 2008 68
Figure 51: Global, March ket Scenario Comparison of Electric Vehicles’ March kets, by Value (Million US US$ ); 2008 & 2015 68
Figure 52: Characteristics of Energy Storage 73
Figure 53: Energy Storage Spectrum 74
Figure 54: Energy Density Comparison, Primary and Secondary Batteries 93
Figure 55: Physical Construction of Lithium Ion Battery 95
Figure 56: Physical Construction of NiMH Battery (Cylindrical Type) 96
Figure 57: Physical Construction of NiMH Battery (Prismatic Type) 97
Figure 58: Physical Construction of Vanadium Redox Battery 98
Figure 59: Physical Construction of Zinc Air Battery 99
Figure 60: Physical Construction of Zinc Bromine Flow Battery 100
Figure 61: BYD Firms Limited, Deals Volume Summary, 2004 to YTD 2009 121
Figure 62: GP Batteries International Limited, Deals Volume Summary, 2004 to YTD 2009 133
Figure 63: SANYO Electric Co., Ltd., Deals Volume Summary, 2004 to YTD 2009 167
Figure 64: SANYO Electric Co., Ltd., Deals Summary by Region, 2004 to YTD 2009 168
Figure 65: Global March kets Direct Methodology 246