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2015-2019

Sample - Global Li ion Battery Market for All Electric

Vehicles (AEVs)

technavio insights

2015-2019


Vehicles (AEVs)

2015-2019 Global Li ion Battery Market for All Electric Vehicles (AEVs)

01. Market Research Methodology

Market Research Process

TechNavio identifies the key opportunities in leading markets and develops various

methodologies for data collection and analysis. The micro, meso, and macroeconomic

indicators of the market are studied to ascertain the dynamics of the market.

Research Design

TechNavio’s reports are based on in-depth qualitative and quantitative analyses of various

markets. Qualitative analysis involves the application of various projection and sampling

techniques, whereas quantitative analysis involves primary interviews, surveys, and vendor

briefings. The data thus gathered is validated through experts' opinions. Based on research

results and technical insights, TechNavio analysts refine the existing methodologies to analyze

the various aspects of the market.

Exhibit 1: Market Research Methodology

Source: TechNavio Analysis

Global Li ion Battery

Market for All Electric

Vehicles (AEVs) 2015-

2019

2015-2019


Vehicles (AEVs)


TechNavio analysts gather inputs from various vendors and industry experts and verify the

information collected with databases, financial reports, industry papers, and various other

secondary sources. The impact of global economic conditions and other macroeconomic

indicators are also considered while assessing the market.

Research Methodology

TechNavio analysts have adopted primary as well as secondary research techniques to

ascertain the size and vendor landscape of the Global Li ion Battery Market for All Electric

Vehicles (AEVs). The information is obtained using a combination of the bottom-up and top-

down approaches, besides using in-house market modeling tools. The data is then corroborated

with data obtained from various market participants and stakeholders across the value chain,

including vendors, service providers, distributors, re-sellers, and end-users.

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Vehicles (AEVs)


02. Executive Summary

Market Size 2014: XXX

2019: XXX

Market Growth Rate 2015: XXX%

2019: XXX%

CAGR XXX%

Key Customer Segments Automotive Sector

Key Market Drivers

Increased number of Li-ion battery manufacturing bases in

China

Driver 2

Driver 3

Driver 4

Driver 5

Increased demand for PHEVs

Key Market Challenges

Longer duration of charging time

Challenge 2

Challenge 3

Challenge 4

Health and safety concerns

Key Market Trends

Availability of different types of Li-ion batteries

Trend 2

Trend 3

Trend 4

Increase in employment opportunities

Key Buying Criteria

Battery cost

Cycle life

Efficiency

Self-discharge characteristics

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Vehicles (AEVs)


Key Vendors

A123 Systems LLC

Automotive Energy Supply Corp. (AESC)

Blue Energy Co. Ltd.

BYD Auto Co. Ltd.

Coslight Pvt. Ltd

Hitachi Ltd.

Johnson Matthey

LG Chem Ltd.

Panasonic Corp.

SAFT

Sinopoly Battery Ltd.

Tianjin Lishen Battery Co. Ltd.

Toshiba Corp.

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Vehicles (AEVs)


03. Scope of the Report

03.1 Market overview

This report covers the present scenario and the growth prospects of the global Li-ion battery

market for all electric vehicles (AEVs) for the period 2015-2019. The AEVs covered in this report

are hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles (PHEVs), and battery electric

vehicles (BEVs). The report considers only cars within the AEV category. To calculate the market

size, the report considers the overall Li-ion battery market demand as per the sales of HEVs and

PHEVs. It presents a detailed study of the type of demand (new and replacement demand),

segmentation on the basis of AEV type (HEV, PHEV, and BEV), and the future growth pattern of

the market. It also discusses the key geographical areas of the US, Japan, Europe, and China in

terms of demand and future growth pattern of the market. In addition, it discusses the vendor

landscape and a corresponding detailed market analysis of the key leading vendors in the

global Li-ion battery market for AEVs. It also discusses other prominent vendors in the market. In

addition, the report discusses the major drivers that influence the growth of the market, the

challenges faced by vendors and the market at large, as well as key trends emerging in the

market.

Forecast methodology

The market has been segmented on the basis of new and replacement demands and types

of AEVs

New demand has been calculated by estimating the sales of AEVs across the US, Japan,

Europe (the report considers 28 countries within Europe), and China

In China: the report only considers EV sales (includes BEVs and PHEVs) and data are

collected from 2011. The sales of HEVs in China are not considered in this report

In Europe: the sales of BEVs have been considered from 2011 and sales of PHEVs have been

considered from 2013

Sales of global HEVs have been collected from 2005

Replacement demand over time for AEV batteries considered in the report is eight years

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Assumptions

The following assumptions have been used to calculate the market size:

The Li-ion battery pack used in AEVs ranges from 40 to 7,000 Li-ion cells. The number of cells in

a battery pack varies according to vehicle type and specifications. However, this report

considers that one battery pack unit is used in all AEVs

In HEVs, nickel-metal hydride (Ni-MH) batteries and Li-ion batteries are used as a power

source. The share of Li-ion has been increasing in HEVs and, in 2014, this share increased to

28%

In PHEVs and BEVs, only Li-ion batteries are used

The PHEV market analysis includes Li-ion battery demand in PHEVs and BEVs

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Vehicles (AEVs)


04. Introduction to Li-ion Batteries

The Li-ion battery is the fastest growing battery in the rechargeable battery market. These

batteries are commonly used in electronic devices such as laptops, smartphones, notebooks,

and tablets because of their high-energy density and high charge/discharge rate capacity. Li-

ion batteries consist of one or

more generating compartments

called cells. Each cell comprises

three components: a positive

electrode (cathode), negative

electrode (anode), and an

electrolyte. The cathode is

made from lithium cobalt oxide

or lithium iron phosphate

(LiFePO4), the anode is made

up of carbon (graphite), and

the electrolyte varies according

to battery type. During

charging, Li-ions from the

cathode move to the anode.

The battery stores energy during

this process. When the battery is discharging, Li-ions move back across the electrolyte to the

cathode. During charging and discharging, electrons flow around the outer circuits but do not

pass through the electrolyte, as it acts as an insulating barrier.

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04.1 Advantages and disadvantages of Li-ion batteries

Note: Information included in this sample are extracts of the full report.

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04.2 Key Questions Answered in this Report

What will the market size be in 2019 and what will be the growth rate?

What are key market trends?

What is driving this market?

What are the challenges to market growth?

Who are the key vendors in this market space?

What are the market opportunities and threats faced by key vendors?

What are the strengths and weaknesses of each of these key vendors?

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05. Market Segmentation by Type of Vehicle

05.1 Global Li-ion battery market for HEVs

05.1.1 Market size and forecast

The demand for global Li-ion batteries for HEVs was XXX units in 2014 and is expected to reach

XXX units by 2019, growing at a CAGR of XXX%.

The Li-ion battery market for HEVs is likely to grow significantly during the forecast period

because of an increased demand for Li-ion batteries from OEMs and the HEV aftermarket. In

2014, Japan was the leader in HEV demand, followed by the US and Europe.

Actual exhibits are available in full report only

Demand for Li-ion batteries is expected to see a marked increase of XXX% between 2016 and

2017, driven by high HEV sales between 2008 and 2009 with an increase from XXX units to XXX

units in that period. Increased HEV sales would result in a concomitant increase in the

replacement demand for Li-ion batteries between 2016 and 2017. Also, the percentage share of

Li-ion battery-operated HEVs is expected to increase considerably during this period, which, in

turn, would fuel the demand for Li-ion batteries.


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06. Market Growth Drivers

Some of the key drivers in the global Li-ion battery market for AEVs are discussed below:

Increased number of Li-ion Battery manufacturing bases in China

Driver 2

Driver 3

Driver 4

Driver 5

Increased demand for PHEVs

Increased number of Li-ion battery manufacturing bases in China

The prevailing uncertain economic scenario in Japan over the last five years has compelled Li-

ion manufacturing companies to shift their production base from Japan to China. The Japanese

economy has been registering slow economic growth because of reduced investments and

declining exports. On the other hand, the Chinese economy has been making concerted efforts

and has succeeded in becoming a robust economy with a stronger currency even during the

recessionary phase of 2008-2009.


Appreciation of the Chinese currency in 2008-2009 has been a focal point from an economic

perspective; especially since the economy had an exchange rate that was fixed or pegged for

a long period of time. It was only in 2005 when the country experienced a shift from a fixed to a

floating exchange rate. This encouraged

international capital flow into the country. The

Chinese government managed to appreciate

its currency against the US dollar by more than

XXX% in 2008, which also helped governments

to extend their daily trading band within which

the Chinese currency fluctuated. Higher

appreciation of currency is likely to ensure high

economic value of output.

A high sustainable growth rate, low

labor costs, and favorable

government policies in China are

some of the reasons resulting in

manufacturers shifting their base

location from Japan to China.

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Vehicles (AEVs)


However, the government should take precautions as well as gradual steps to liberalize the

economy. Also, the Chinese government has continued to support industries in the country

through commercialization of Li-ion batteries. It managed to lower the cost of these batteries in

the global market, which has attracted many global companies to shift their Li-ion battery

manufacturing bases to the country. Moreover, China witnessed a major industrial turnaround

after the 2011 Fukushima disaster. It also benefited from debt problems in the US and Europe.

Thus, huge structural changes in the Li-ion battery manufacturing industry in Japan are indirectly

helping China. In addition to China, South Korea also cashed in on this scenario. Panasonic,

Sony, LG Chem, Samsung SDI, and TDK have shifted their Li-ion battery manufacturing plants

from Japan to China to achieve cost competitiveness and gain profitability on sales.


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07. Market Challenges

Some of the key challenges faced by vendors in the global Li-ion battery market for AEVs are

discussed below:


Challenge 2

Challenge 3

Challenge 4

Health and safety concerns


The longer duration of charging time is one of the major challenges faced by the Li-ion battery

market for AEVs in the US. BEVs and PHEVs must be recharged every day, depending on the

distance the car travels. As the quality of the battery determines the success of BEVs and PHEVs,

the longer duration of charging time is hampering the growth of BEVs. EVs need a shorter time to

recharge batteries to overcome charging problems, so that users do not have to worry about

where their vehicles can be charged. Charging applications, at present, use a 110 V power

supply and take up to 12 hours for full charge, whereas a 240 V power supply takes around 6

hours to charge. Commercial charging stations operate at 440 V and take more than 30-60

minutes to charge. In contrast, conventional fossil fuel vehicles take only 3 minutes to fill up petrol

or diesel at a filling station and can travel around 300 miles. The below exhibit explains the types

of EVs and PHEVs and their charge times.

Exhibit 2: Charging times for different AEVs


High internal resistance

The high rate of internal resistance of Li-ion batteries is one of its major drawbacks. The internal

resistance of Li-ion batteries is high compared to other rechargeable batteries such as Ni-MH

batteries and LiFePO4 batteries. This rises as the battery gets older and when the usage cycle of

the battery increases. The major drawback of the internal resistance is reduction in voltage,

which in turn reduces the ability of the batteries to draw maximum current.


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08. Market Trends

Some of the key trends emerging in the global Li-ion battery market for AEVs are discussed

below:


Trend 2

Trend 3

Trend 4

Increase in employment opportunities


Various types of Li-ion batteries are available in the market for different applications. End-users

can opt for Li-ion batteries that suit their requirements. Lithium cobalt oxide batteries are ideal for

cellphones, laptops, and cameras because of their high current densities. The control circuit

prevents overcharging and ensures these batteries are safe for use. Similarly, LMO batteries

provide high thermal stability and enhance power output at lower currents. They are ideal for

power tools, e-bikes, EVs, and PHEVs. Lithium nickel cobalt aluminum oxide and lithium titanate

batteries are used in electric power trains and grid storage systems. The availability of different

types of Li-ion batteries is expected to boost market growth during the forecast period.


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09. Vendor Landscape

09.1 Competitive scenario

The global Li-ion battery market for AEVs is characterized by the presence of a large number of

global, regional, and local vendors. These vendors provide high-tech, highly customized

batteries for AEVs. The high market growth rate of the AEVs market is expected to attract many

vendors across the world. In addition, many global vendors are expected to increase the

competition with their enhanced BEV products during the forecast period. The market is

dominated by leading Li-ion battery manufacturers such as A123, AESC, Blue Energy, BYD,

Coslight, Hitachi, Johnson Matthey, LG Chem, Panasonic, Sinopoly, SAFT, Tianjin Lishen Battery

and Toshiba.

The market also comprises many small-scale manufacturers that produce and sell batteries for

auxiliary support of HEVs. Large players with diversified business operations can manage their

profitability during the volatile demand for Li-ion batteries because revenues from other sources

offset the decline in Li-ion battery revenues. As a result, though many vendors enter the market

to tap the large customer base, only a few players that manage their sales, distribution, and

working capital effectively survive and continue their operations.


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10. Key Vendor Analysis

10.1 A123 Systems

10.1.1 Business overview

A123 Systems was founded in 2001 and is headquartered in Livonia, US. The company

manufactures and supplies nanophosphate lithium-ion (LiFePO4) batteries and ESS. It offers

lithium battery products, including cells, energy modules, lead acid replacement batteries,

power modules, and systems. It operates as a subsidiary of Wanxiang America.

A123 Systems: Li-ion batteries

A123 Systems uses nanophosphate and LiFePO4 in manufacturing batteries, which ensure high

energy density, extended life cycle, and safety performance. The company is TS-16949 and ISO

9001 certified supplier of advanced Li-ion cells and systems.

It offers Li-ion batteries under three segments:

Cells: Includes AMP20 prismatic pouches, AHP14 prismatic pouches, AHR32113 cylindrical,

ANR26650 cylindrical, and APR18650 cylindrical

Modules: Includes AMP20 energy modules

Systems: Includes 12 V engine start batteries and energy core packs (23 kWh)

The company’s products are manufactured using latest technologies such as:

Nanophosphate LiFePO4 Battery: Delivers high performance characteristics such as high

power, high energy density, and extented life cycle

Nanophosphate EXtreme temperature (EXT) Li-ion: Improves the power capability of

products at low temperatures and life at high temperature

Energy Storage Systems: Provides complete integration service and system design

In addition, the company provides solutions such as transportation energy storage for

commercial and passenger vehicles.

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10.1.2 Product segmentation

Exhibit 3: A123 Systems: Product segmentation

Source: Technavio Research

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10.1.3 Applications of prismatic pouch

Exhibit 4: A123 Systems: Applications of prismatic pouch

Source: Technavio Research

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10.1.4 Recent developments

Company details Description

Key highlights January 2015: Receives the "2014 Global Frost &

Sullivan Award" for competitive strategy innovation

and leadership

June 2014: Acquires certain intellectual property and

technical staff of Leyden Energy (a manufacturer of

advanced Li-ion batteries)

March 2014: Divests its Grid Energy Storage business to

focus on transportation applications (particularly

micro-hybrids)

October 2013: Inaugurates a new division, A123 Energy

Solutions, to provide advanced battery solutions for

electric grids


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10.1.5 SWOT analysis

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01. Executive Summary ......................................................................................... 1

02. List of Abbreviations ......................................................................................... 3

03. Scope of the Report ........................................................................................ 5

03.1 Market overview .......................................................................................... 5

04. Market Research Methodology .................................................................... 7

04.1 Market research process ........................................................................... 7

04.2 Research methodology ............................................................................. 7

05. Key Takeaways ................................................................................................. 9

05.1.1 Demand for Li-ion batteries to increase threefold by 2020 ................ 9

05.1.2 Li-ion battery cost to drop drastically by 2020 ..................................... 10

05.1.3 Decline in crude oil prices will have less impact on AEV

sales in US .................................................................................................... 10

06. Introduction to Li-ion Batteries ..................................................................... 11

06.1 Advantages and disadvantages of Li-ion batteries ........................... 12

06.2 Types of Li-ion battery ............................................................................... 12

06.2.1 Lithium cobalt oxide battery ................................................................... 12

06.2.2 LiFePO4 battery .......................................................................................... 13

06.2.3 Lithium Manganese Oxide (LMO) battery ............................................ 13

06.2.4 Lithium nickel manganese cobalt oxide battery ................................ 14

06.2.5 Lithium nickel cobalt aluminum oxide battery .................................... 14

06.2.6 Lithium titanate battery ............................................................................ 15

06.3 Li-ion battery application......................................................................... 15

07. Global AEV Outlook ....................................................................................... 18

07.1 AEV outlook in US ....................................................................................... 18

07.1.1 HEVs .............................................................................................................. 20

07.1.2 PHEVs ........................................................................................................... 21

TABLE OF CONTENT

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07.2 Li-ion battery outlook for AEVs in US ....................................................... 23

07.3 AEV outlook in Japan ............................................................................... 24

07.3.1 HEVs .............................................................................................................. 25

07.3.2 BEVs and PHEVs.......................................................................................... 26

07.4 Li-ion battery outlook for AEVs in Japan ............................................... 26

07.5 AEV outlook in Europe .............................................................................. 29

07.5.1 BEVs and PHEVs.......................................................................................... 30

07.6 Li-ion Battery outlook for AEVs in Europe .............................................. 30

07.7 EV outlook in China ................................................................................... 31

07.7.1 BEVs and PHEVs.......................................................................................... 32

08. Introduction: Global Li-ion Battery Market for AEVs ................................ 33

08.1 Li-ion battery market size and forecast ................................................. 34

08.2 Five Forces Analysis ................................................................................... 36

09. Market Segmentation by Type of Demand .............................................. 38

09.1 Segmentation of global Li-ion battery market for AEVs by

type of demand 2014-2019 ..................................................................... 38

09.2 Global Li-ion battery market for AEVs by new demand.................... 39

09.2.1 Market size and forecast .......................................................................... 39

09.3 Global Li-ion battery market for AEVs by replacement

demand ...................................................................................................... 40


10. Market Segmentation by Type of Vehicle ................................................ 41

10.1 Types of AEVs.............................................................................................. 41

10.1.1 HEVs .............................................................................................................. 41

10.1.2 PHEVs ........................................................................................................... 43

10.1.3 BEVs .............................................................................................................. 44

10.2 Global Li-ion battery market for AEVs by vehicle type 2014-

2019 .............................................................................................................. 45

10.3 Global Li-ion battery market for HEVs.................................................... 46

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10.4 Global Li-ion battery market for PHEVs ................................................. 47


10.5 Global Li-ion battery market for BEVs .................................................... 48


11. Market Segmentation by Geography ....................................................... 51

11.1 Li-ion battery market for AEVs in US ....................................................... 53


11.2 Li-ion battery market for AEVs in Japan ................................................ 54


11.3 Li-ion battery market for AEVs in Europe ............................................... 56


11.3.2 Country Analysis of Europe ...................................................................... 57

11.4 Li-ion battery market for AEVs in China ................................................. 62

11.4.1 Li-ion battery market size and forecast ................................................. 62

12. Buying Criteria ................................................................................................. 64

13. Market Growth Drivers ................................................................................... 65

14. Drivers and their Impact ............................................................................... 72

15. Market Challenges ........................................................................................ 73

16. Impact of Drivers and Challenges .............................................................. 77

17. Market Trends .................................................................................................. 78

18. Trends and their Impact ................................................................................ 81

19. Vendor Landscape ........................................................................................ 82

19.1 Competitive scenario ............................................................................... 82

20. Vendor Analysis .............................................................................................. 83

20.1 A123 Systems .............................................................................................. 83

20.2 AESC ............................................................................................................. 83

20.2.1 Application ................................................................................................. 83

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20.2.2 Product portfolio ........................................................................................ 84

20.3 Blue Energy ................................................................................................. 84

20.4 BYD ............................................................................................................... 85

20.5 Coslight ........................................................................................................ 85

20.6 Hitachi .......................................................................................................... 85

20.7 Johnson Matthey ....................................................................................... 86

20.8 LG Chem ..................................................................................................... 87

20.8.1 Various products by flagship battery solution ..................................... 87

20.8.2 Automotive Li-ion battery ........................................................................ 88

20.9 Panasonic ................................................................................................... 88

20.10 SAFT .............................................................................................................. 89

20.11 Sinopoly Battery ......................................................................................... 90

20.12 Tianjin Lishen Battery ................................................................................. 90

20.13 Toshiba ......................................................................................................... 91

20.14 Other Prominent Vendors ........................................................................ 91

20.14.1 China BAK battery ................................................................................... 91

20.14.2 Deutsche ACCUmotive .......................................................................... 91

20.14.3 Johnson Controls ..................................................................................... 92

20.14.4 Samsung SDI ............................................................................................. 92

20.14.5 Sony ............................................................................................................ 93

21. Key Vendor Profiles ........................................................................................ 94

21.1 A123 Systems .............................................................................................. 94

21.1.1 Key facts ...................................................................................................... 94

21.1.2 Business overview ...................................................................................... 94

21.1.3 Product segmentation ............................................................................. 95

21.1.4 Applications of prismatic pouch ............................................................ 96

21.1.5 Benefits of prismatic pouch ..................................................................... 97

21.1.6 Specifications of prismatic pouch ......................................................... 98

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21.1.7 Applications of cylindrical pouch .......................................................... 98

21.1.8 Benefits of cylindrical pouch ................................................................... 99

21.1.9 Specifications of cylindrical pouch ....................................................... 99

21.1.10 Applications of modules ...................................................................... 100

21.1.11 Features of modules .............................................................................. 100

21.1.12 Applications of systems ........................................................................ 101

21.1.13 Geographical presence ...................................................................... 101

21.1.14 Recent developments .......................................................................... 102

21.1.15 SWOT analysis ......................................................................................... 103

21.2 AESC ........................................................................................................... 104

21.2.1 Key facts .................................................................................................... 104

21.2.2 Business overview .................................................................................... 104

21.2.3 General specifications of Li-ion cells ................................................... 105

21.2.4 General specifications of modules ...................................................... 106

21.2.5 General specifications of packs ........................................................... 106

21.2.6 Key products ............................................................................................ 107

21.2.7 Geographical presence ........................................................................ 107

21.2.8 Recent developments ............................................................................ 108

21.2.9 SWOT analysis ........................................................................................... 108

21.3 Blue Energy ............................................................................................... 109

21.3.1 Key facts .................................................................................................... 109


21.3.3 Products and applications of Li-ion battery EH4 ............................... 111

21.3.4 Features of Li-ion battery EH4 ................................................................ 112



21.3.7 SWOT analysis ........................................................................................... 113

21.4 BYD ............................................................................................................. 114

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21.4.1 Key facts .................................................................................................... 114


21.4.3 Business segmentation by revenue 2013 ............................................ 116

21.4.4 Business segmentation by revenue 2012 and 2013 .......................... 116

21.4.5 Geographical segmentation by revenue 2013................................. 117


21.4.7 SWOT analysis ........................................................................................... 118

21.5 Coslight ...................................................................................................... 119

21.5.1 Key facts .................................................................................................... 119


21.5.3 Types of batteries offered ...................................................................... 121




21.5.7 SWOT analysis ........................................................................................... 123

21.6 Hitachi ........................................................................................................ 124

21.6.1 Key facts .................................................................................................... 124


21.6.3 Hitachi: Li-ion batteries ........................................................................... 125

21.6.4 Business segmentation ........................................................................... 128




21.6.8 Business strategy ...................................................................................... 130

21.6.9 SWOT analysis ........................................................................................... 131

21.7 Johnson Matthey Battery ....................................................................... 132

21.7.1 Key facts .................................................................................................... 132


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21.7.5 SWOT analysis ........................................................................................... 135

21.8 LG Chem ................................................................................................... 136

21.8.1 Key facts .................................................................................................... 136


21.8.3 Key products of mobile battery ............................................................ 138

21.8.4 Business segmentation ........................................................................... 138




21.8.8 SWOT analysis ........................................................................................... 140

21.9 Panasonic ................................................................................................. 141

21.9.1 Key facts .................................................................................................... 141

21.9.2 Business description ................................................................................. 142

21.9.3 Series of Li-ion batteries .......................................................................... 143

21.9.4 Applications of Li-ion batteries ............................................................. 144

21.9.5 Features of Li-ion batteries ..................................................................... 144

21.9.6 Business segmentation 2014 .................................................................. 145

21.9.7 Geographical segmentation ................................................................ 146


21.9.9 Key developments .................................................................................. 147

21.9.10 SWOT analysis ......................................................................................... 148

21.10 SAFT ............................................................................................................ 149

21.10.1 Key facts .................................................................................................. 149

21.10.2 Business overview .................................................................................. 150

21.10.3 Business segmentation by revenue .................................................... 151

21.10.4 Business segmentation by revenue 2013 and 2014 ........................ 151

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21.10.5 Geographical segmentation by revenue 2014 ............................... 152

21.10.6 Business strategy .................................................................................... 152


21.10.8 SWOT analysis ......................................................................................... 154

21.11 Sinopoly ..................................................................................................... 155

21.11.1 Key facts .................................................................................................. 155


21.11.3 Product portfolio .................................................................................... 157

21.11.4 Product applications ............................................................................ 158

21.11.5 Certifications ........................................................................................... 159


21.11.7 SWOT analysis ......................................................................................... 161

21.12 Tianjin Lishen Battery ............................................................................... 162

21.12.1 Key facts .................................................................................................. 162


21.12.3 Li-ion cells ................................................................................................ 163

21.12.4 Product segmentation 2013 ................................................................ 164



21.12.7 SWOT analysis ........................................................................................ 165

21.13 Toshiba ....................................................................................................... 166

21.13.1 Key facts .................................................................................................. 166


21.13.3 Business segmentation by revenue 2014 ......................................... 168

21.13.4 Business segmentation by revenue 2013 and 2014 ........................ 169

21.13.5 Geographical segmentation by revenue 2014 .............................. 169



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21.13.8 SWOT analysis ......................................................................................... 171

22. Other Vendor Profiles .................................................................................. 172

22.1 China BAK Battery ................................................................................... 172

22.1.1 Key facts .................................................................................................... 172


22.1.3 Product segmentation by revenue 2013 ............................................ 174

22.1.4 Product segmentation by revenue 2012 and 2013 .......................... 174



22.1.7 SWOT analysis ........................................................................................... 176

22.2 Deutsche ACCUmotive .......................................................................... 177

22.2.1 Key facts .................................................................................................... 177


22.2.3 Battery cells............................................................................................... 178

22.2.4 Applications .............................................................................................. 179


22.2.6 SWOT analysis ........................................................................................... 180

22.3 Johnson Controls ..................................................................................... 181

22.3.1 Key facts .................................................................................................... 181


22.3.3 Products and solutions ............................................................................ 183

22.3.4 Key products of lead-acid and Li-ion batteries................................. 184

22.3.5 Battery brands .......................................................................................... 185

22.3.6 Applications .............................................................................................. 185





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22.3.12 SWOT analysis ......................................................................................... 188

22.4 Samsung SDI ............................................................................................. 189

22.4.1 Key facts .................................................................................................... 189


22.4.3 Key products ............................................................................................ 191





22.4.8 SWOT analysis ........................................................................................... 193

22.5 Sony ............................................................................................................ 194

22.5.1 Key facts .................................................................................................... 194


22.5.3 Sony: Batteries ......................................................................................... 196

22.5.4 Batteries offered ...................................................................................... 196






22.5.10 SWOT analysis ......................................................................................... 199

23. Other Reports in this Series .......................................................................... 200


2015-2019 Sample - Global Li ion Battery Market for All Electric

Vehicles (AEVs)

Exhibit 1: Market Research Methodology ..................................................... 7

Exhibit 2: Expected cost trend of Li-ion batteries 2010-2022 ................... 68

Exhibit 3: Charging times for different AEVs................................................ 74

Exhibit 4: Li-ion battery road map (1995-2005) .......................................... 79

Exhibit 5: List of Li-ion battery-operated Hitachi vehicles in US

2014 ................................................................................................... 86

Exhibit 6: AEV battery types and applications ........................................... 88

Exhibit 7: A123 Systems: Product segmentation ........................................ 95

Exhibit 8: A123 Systems: Applications of prismatic pouch ....................... 96

Exhibit 9: A123 Systems: Benefits of prismatic pouch ................................ 97

Exhibit 10: A123 Systems: Specifications of prismatic pouch .................... 98

Exhibit 11: A123 Systems: Applications of cylindrical pouch ..................... 98

Exhibit 12: A123 Systems: Benefits of cylindrical pouch .............................. 99

Exhibit 13: A123 Systems: Specifications of cylindrical pouch .................. 99

Exhibit 14: A123 Systems: Applications of modules ................................... 100

Exhibit 15: A123 Systems: Features of modules .......................................... 100

Exhibit 16: A123 Systems: Applications of systems ..................................... 101

Exhibit 17: A123 Systems: Geographical presence ................................... 101

Exhibit 18: AESC: General specifications of Li-ion cells ............................. 105

EXHIBITS



Vehicles (AEVs)

Exhibit 19: AESC: General specifications of modules ............................... 106

Exhibit 20: AESC: General specifications of packs .................................... 106

Exhibit 21: AESC: Key products ...................................................................... 107

Exhibit 22: AESC: Geographical presence ................................................. 107

Exhibit 23: Blue Energy: Specifications of Li-ion battery EH4 .................... 110

Exhibit 24: Blue Energy: Products and applications of Li-ion

battery EH4 ..................................................................................... 111

Exhibit 25: Blue Energy: Features of Li-ion EH4 ............................................ 112

Exhibit 26: Blue Energy: Geographical presence ...................................... 112

Exhibit 27: BYD: Business segmentation by revenue 2013 ........................ 116

Exhibit 28: BYD: Business segmentation by revenue 2012 and

2013 ($ billions) .............................................................................. 116

Exhibit 29: BYD: Geographical segmentation by revenue 2013 ............ 117

Exhibit 30: Coslight: Types of batteries offered .......................................... 121

Exhibit 31: Coslight: Business segmentation by revenue 2013................. 121

Exhibit 32: Coslight: Business segmentation by revenue 2012

and 2013 ($ billions) ...................................................................... 122

Exhibit 33: Coslight: Geographical segmentation by revenue

2013 ................................................................................................. 122

Exhibit 34: Hitachi: Li-ion batteries ................................................................ 126

Exhibit 35: Hitachi: Business segmentation .................................................. 128

Exhibit 36: Hitachi: Business segmentation by revenue 2014 .................. 128



Vehicles (AEVs)

Exhibit 37: Hitachi: Business segmentation by revenue 2013 and

2014 ($ millions) ............................................................................. 129

Exhibit 38: Hitachi: Geographical segmentation by revenue

2014 ................................................................................................. 130

Exhibit 39: Johnson Matthey Battery: geographical presence .............. 134

Exhibit 40: LG Chem: Key products of mobile battery ............................. 138

Exhibit 41: LG Chem: Business segmentation 2013 .................................... 138

Exhibit 42: LG Chem: Business segmentation by revenue 2012

and 2013 ($ billions) ...................................................................... 139

Exhibit 43: LG Chem: Geographical segmentation by revenue

2013 ................................................................................................. 139

Exhibit 44: Panasonic: Series of Li-ion batteries .......................................... 143

Exhibit 45: Panasonic: Applications of Li-ion batteries ............................. 144

Exhibit 46: Panasonic: Features of Li-ion batteries ..................................... 144

Exhibit 47: Panasonic: Business segmentation 2014 .................................. 145

Exhibit 48: Panasonic: Geographical segmentation by revenue

2014 ................................................................................................. 146

Exhibit 49: SAFT: Business segmentation by revenue 2014 ....................... 151

Exhibit 50: SAFT: Business segmentation by revenue 2013 and

2014 ($ millions) ............................................................................. 151

Exhibit 51: SAFT: Geographical segmentation by Revenue 2014 .......... 152

Exhibit 52: Sinopoly: Product portfolio .......................................................... 157

Exhibit 53: Sinopoly: Product applications .................................................. 158

Exhibit 54: Sinopoly: Certifications ................................................................ 159



Vehicles (AEVs)

Exhibit 55: Sinopoly: Geographical presence ............................................ 160

Exhibit 56: Lishen: Li-ion cells .......................................................................... 163

Exhibit 57: Lishen: Product segmentation 2013 .......................................... 164

Exhibit 58: Lishen: Geographical presence ................................................ 164

Exhibit 59: Toshiba: Business segmentation by revenue 2014 ................. 168

Exhibit 60: Toshiba: Business segmentation by revenue 2013

and 2014 ($ billions) ...................................................................... 169

Exhibit 61: Toshiba: Geographical segmentation by revenue

2014 ................................................................................................. 169

Exhibit 62: China BAK Battery: Product segmentation by

revenue 2013 ................................................................................. 174

Exhibit 63: China BAK Battery: Product segmentation by

revenue 2012 and 2013 ($ million) ............................................. 174

Exhibit 64: China BAK Battery: Geographical segmentation by

revenue 2013 ................................................................................. 175

Exhibit 65: Deutsche ACCUmotive: Battery cells ....................................... 178

Exhibit 66: Deutsche ACCUmotive: Applications ...................................... 179

Exhibit 67: Johnson Controls: Products and solutions................................ 183

Exhibit 68: Johnson Controls: Key products of lead-acid and Li-

ion batteries ................................................................................... 184

Exhibit 69: Johnson Controls: Battery brands .............................................. 185

Exhibit 70: Johnson Controls: Applications.................................................. 185

Exhibit 72: Johnson Controls: Business segmentation by revenue

2014 ................................................................................................. 186



Vehicles (AEVs)

Exhibit 73: Johnson Controls: Business segmentation by revenue

2013 and 2014 ($ million) ............................................................. 186

Exhibit 74: Johnson Controls: Geographical segmentation by

revenue 2014 ................................................................................. 187

Exhibit 75: Samsung SDI: Key products ........................................................ 191

Exhibit 76: Samsung SDI: Business segmentation by revenue

2013 ................................................................................................. 191

Exhibit 77: Samsung SDI: Business segmentation by revenue

2012 and 2013 ($ millions) ........................................................... 192

Exhibit 78: Samsung SDI: Geographical segmentation by

revenue 2013 ................................................................................. 192

Exhibit 79: Sony: Batteries offered ................................................................. 196

Exhibit 80: Sony: Business segmentation by revenue 2014....................... 196

Exhibit 81: Sony: Business segmentation by revenue 2013 and

2014 ($ billions) .............................................................................. 197

Exhibit 82: Sony: Geographical segmentation by revenue 2014 ........... 197



Vehicles (AEVs)

11. Other Reports in this Series

Global Microturbine Market 2014-2018

Global Drilling Fluids Market 2014-2018

Global Power Line Communication Market 2014-2018

Global Energy Harvesting Devices Market 2014-2018

Global Smart Water Network Market 2014-2018

Global Oilfield Equipment Market 2014-2018

Global Wind Turbine Gearbox Market 2014-2018

Oil Exploration and Production Market in India 2014-2018

Global Oilfield Equipment Rental Market 2014-2018

Synchrophasors Market in the US 2014-2018

Global Wind Turbine Rotor Blade Market 2014-2018

Global Remote Terminal Unit (RTU) in Smart grid Market 2014-2018

Global Grid Optimization Solutions Market 2014-2018

Global Micro-CHP Market 2014-2018

Global Off-Grid Remote Sensing Power System Market 2014-2018

Global Smart Grid Cyber Security Market 2014-2018

Global Water Treatment Products Market 2014-2018

Smart Grid Market in the Americas 2014-2018

Global Gas-to-Liquid (GTL) Market 2014-2018

T&D Infrastructure Market in China 2014-2018



Vehicles (AEVs)

Global Fracking Chemicals And Fluid Market 2014-2018



Vehicles (AEVs)

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