Global and China's Li-ion Battery and Its Raw Materials Industry Report, 2008-2009
As for the layout of global Li-ion battery production, Japan, South Korea and China's manufacturers hold the dominant position. Technologically, Japanese enterprises are still in a leading position with a relatively higher degree of equipment automatization. While both China and South Korea assimilate and improve the equipments and technologies after they have been introduced from Japan.
In the past 10 years, China's Li-ion battery industry has risen gradually to replace Japan and the U.S. to become the world's Li-ion battery manufacturing base. By 2008, China's production of Li-ion battery had accounted for 41% of the global market; While its export value had reached USD 2.6 billion, which represented about 50% of the total export of various kinds of batteries in China. China has become the world’s second largest Li-ion battery production and export country.
This report mainly discussed the global and Chinese Li-ion battery market from the following aspects:
- Take a close look at the competitiveness landscape of global Li-ion battery market.
- Developing status in Japan, South Korea and China is provided.
- Production capacity, operation performance etc. of major Li-ion battery manufacturers is presented.
- Status quo and developing trend of major application markets are examined in detail.
- Status quo and developing trend of major raw materials markets are expatiated upon.
- Investment opportunities and risks are analyzed elaborately. Case study is also offered.
Table of Contents:
Chapter One: Overview of the Development of Li-ion Battery
1.1 Development History of Li-ion Battery
1.2 Classification of Li-ion Battery
1.3 Main Materials of Li-ion Battery
Chapter Two: Analysis of Global Li-ion Battery Industry Structure
2.1 Overview of Global Li-ion Battery Market
2.2 Japan
2.3 South Korea
2.4 China
Chapter Three Development of China's Li-ion Battery Industry
3.1 Production Capacity
3.1.1 Production Scale
3.1.2 Distribution of Production Capacity
3.2 Market Demand
3.3 Imports and Exports
3.3.1 Imports
3.3.2 Exports
3.4 Major issues
3.4.1 Issues Concerning with Market
3.4.2 The Issue in Specifications
3.4.3 The issue in Products
Chapter Four: Analysis of Major Manufacturers
4.1 Japanese Enterprises
4.1.1 Sanyo Electric
4.1.2 Sony
4.2 South Korea Enterprises
4.2.1 Samsung SDI
4.2.2 LG Chemicals and Other Manufacturers
4.3 Chinese Enterprises
4.3.1 Shenzhen BYD
4.3.2 Shenzhen BAK
4.3.3 Tianjin Lishen
Chapter Five: Analysis and Prediction of the Development of Li-ion Battery Application Markets in China
5.1 Mobile Phone
5.1.1 Current Status
5.1.1 Current Development of Mobile Phone Li-ion Battery in China
5.1.2 Development Trend of China’s Mobile Phone Li-ion Battery Industry
5.2 Laptop Computer
5.2.1 Current Status of Global Laptop Li-ion Battery Market
5.2.2 Laptop Li-ion Battery Market in China
5.2.3 Competition Landscape of in Laptop Li-ion Battery Industry
5.2.4 Development Trend of Laptop Li-ion Battery
5.3 Electric Bicycle
5.4 Electric Automobiles and Other Fields
Chapter Six: Analysis of Raw Material Market of Li-ion Batteries
6.1 Cathode Material Market
6.1.1 Status Quo of Global Cathode Material Market
6.1.2 Status Quo of Cathode Materials in China
6.1.3 Prospect of Chinese Cathode Material Market
6.2 Anode Material Market
6.2.1 Status Quo of Global Anode Material Industry
6.2.2 Status Quo of Anode Material Industry in China
6.3 Li-ion Battery Separator Paper
6.3.1 Status Quo of Global Separator Paper Industry
6.3.2 Research and Production Development of Separator Paper in China
6.3.3 Market Prospects of Separator Papers
6.4 Electrolyte Market
6.5 PVDF Market
Chapter Seven: Analysis on Investment into Li-ion Battery and Its Material Market
7.1 Analysis on Investment into Li-ion Batteries
7.1.1 Analysis on Investment Opportunities
7.1.2 Analysis on Investment Key Points
7.1.3 Investment Risks
7.1.4 Case Study of Investment
7.2 Analysis on Li-ion Battery Material Investment
7.2.1 Analysis on Investment Opportunities
7.2.2 Investment Case Study
7.2.2.1 Anode Materials
7.2.2.2 Cathode Materials
Chapter Eight: Executive Summary
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