Li-ion batteries have become the main power sources of mobile phones, laptops and digital electronic devices since Sony successfully commoditized Li-ion batteries in 1991. In the past, many governments and companies made great effort to develop power Li-ion batteries for HEV (Hybrid Electric Vehicles) and EV (Electric Vehicles). For example Japan developed its Sunshine Project and had participants that included Hitachi, GS-Yuasa and Panasonic. While having obtained a license to deal with nickel-metal hydride batteries, Toyota built a production line for power Li-ion batteries of its own, and attempted to use Li-ion batteries in HEV. And Nedo, another Japanese company, announced its plans for developing new car batteries in February 2007. In Korea, LG also set hand on the development of high-power polymer Li-ion batteries, and has already released two models, which are 6Ah-144Wh/kg and 10Ah-158Wh/kg. The U.S. Department of Energy also supports the development of the third-generation power Li-ion batteries, while French SAFT has developed two models of high-power Li-ion batteries, with a specific power output of 500W/kg and 350W/kg.

Although the Li-ion battery industry started later in China than in Japan, it has been growing quickly, and much funding has gone into research and development of power Li-ion batteries. For instance, Electric Vehicles are a major part of China's 863 Project, in which the Institute of Physics (of Chinese Academy of Sciences), Beijing Research Institute of Nonferrous Metals, the 18th Research Institute of China Electronics Technology Group Corporation, and other organizations have participated. The batteries would be for both EV and HEV, and some participants adopted manganese compounds as the active cathode materials for the batteries.

While detailing the supply and demand, niche markets, application market and other aspects of China's Power Li-ion battery industry, this report compares the performance of the products and the operational performance of China's major Power Li-ion battery producers. In addition, this report forecasts the development trend of the country's Power Li-ion battery industry and analyzes the opportunities and risk as an investment.

Chapter One: General
1.1 Definition of Power Li-ion Battery
1.2 Structure and Advantages of Power Li-ion Battery
1.3 Problems to Overcome for Power Li-ion Battery

Chapter Two: Development of Power Battery in China
2.1 Lead-Acid Battery
2.1.1 Introduction to and Category of Lead-Acid Battery
2.1.2 Size of Global Lead-Acid Battery Market
2.1.3 Production, Consumption and Export of Lead-Acid Battery in China
2.1.4 Major Producers of Lead-Acid Battery in China
2.1.5 Prospect of China's Lead-Acid Battery Market
2.2 Nickel-Metal Hydride Battery
2.2.1 Introduction
2.2.2 Production and Export in China
2.2.3 Major Producers in China
2.2.3 Trend of Major Technologies
2.3 Nickel-Cadmium Battery
2.4 Fuel Battery
2.5 Other Battery

Chapter Three: Application Markets of Power Li-ion Battery in China
3.1 General
3.2 Electric Bicycle
3.2.1 Status Quo of Electric Bicycle Industry in China
3.2.2 Application of and Forecast for Power Li-ion Battery in Electric Bicycle Industry
3.2.1.1 Status Quo and Prospects for Application of Power Li-ion Batteries in Global Electric Bicycle Industry
3.2.1.2 Status Quo and Prospects for Application of Power Li-ion Batteries in China's Electric Bicycle Industry
3.3 Electric Tools
3.3.1 Development of China's Electric Tool Market
3.3.2 Status Quo and Prospects for Application of Power Li-ion Battery in the Electric Tool Industry
3.4 Electric Vehicles
3.4.1 Development of Electric Vehicle Market
3.4.1.1 Pure Electric Vehicles
3.4.1.2 Hybrid Electric Vehicles
3.4.2 Status Quo and Prospects for Application of Power Li-ion Battery in Electric Vehicle Industry
3.4.2.1 Comparison of Major Batteries for Electric Vehicles
3.4.2.2 Status Quo and Prospects for Application of Power Li-ion Battery in Global Electric Vehicle Industry
3.4.2.3 Status Quo and Prospects for Application of Power Li-ion Battery in China's Electric Vehicle Industry
3.5 Electric Toys
3.6 Other Application Fields for Power Li-ion Battery
3.6.1 Power Source for Miner's Lamps
3.6.2 Uninterrupted Power Supply
3.6.3 Batteries for Communications Devices
3.6.4 Storage Batteries for New Energy Sources
3.6.5 Application in Aerospace Field
3.6.6 Application in Military Field
3.6.7 Application in Other Fields

Chapter Four: Market of Key Materials for Power Li-ion Battery
4.1 LiCoO₂
4.1.1 Competition in LiCoO₂ Market
4.1.2 Outlook of LiCoO₂ Market
4.1.3 Trend of Competition in LiCoO₂ Market
4.2 LiMnO₂
4.2.1 Competition in LiMnO₂ Market
4.2.2 Outlook of LiMnO₂ Market
4.3 LiFePO₄
4.3.1 Competition in LiFePO₄ Market
4.3.2 Outlook of LiFePO₄ Market

Chapter Five: Major Producers of Power Li-ion Battery in China
5.1 Suzhou Phylion Battery Co., Ltd.
5.1.1 Company Profile
5.1.2 Power Li-ion Battery Portfolio
5.2 Shenzhen Thunder Sky Energy Group Limited
5.2.1 Company Profile
5.2.2 Power Li-ion Battery Portfolio
5.3 Henan Huanyu Power Source Company Ltd.
5.3.1 Company Profile
5.3.2 Power Li-ion Battery Portfolio
5.4 Qingdao Aucma Newpower Technology
5.4.1 Company Profile
5.4.2 Power Li-ion Battery Portfolio
5.5 Wuhan Lixun Power Corp. Ltd.
5.5.1 Company Profile
5.5.2 Power Li-ion Battery Portfolio
5.6 Shenzhen B&K Li-ion Battery Co., Ltd.
5.6.1 Company Profile
5.6.2 Power Li-ion Battery Portfolio
5.7 Wangxiang EV Co., Ltd.
5.7.1 Company Profile
5.7.2 Power Li-ion Battery Portfolio
5.8 YOKU Energy Technology Co., Ltd.
5.8.1 Company Profile
5.8.2 Power Li-ion Battery Portfolio
5.9 Powerlong Group
5.9.1 Company Profile
5.9.2 Power Li-ion Battery Portfolio
5.10 Advanced Battery Technologies, Inc.
5.10.1 Company Profile
5.10.2 Power Li-ion Battery Portfolio
5.11 Shenzhen Herewin Technology Co., Ltd.
5.11.1 Company Profile
5.11.2 Power Li-ion Battery Portfolio
5.12 Tianjin Lishen Battery Joint-Stock Co. Ltd.
5.12.1 Company Profile
5.12.2 Power Li-ion Battery Portfolio
5.13 CITIC Guoan Mengguli
5.13.1 Company Profile
5.13.2 Power Li-ion Battery Portfolio
5.14 TCL Hyperpower Batteries Inc.
5.14.1 Company Profile
5.14.2 Power Li-ion Battery Portfolio
5.15 Beijing China Powerel Battery Co., Ltd.
5.15.1 Company Profile
5.15.2 Power Li-ion Battery Portfolio
5.16 Zhejiang Xinghai Energy Technology Co., Ltd.
5.16.1 Company Profile
5.16.2 Power Li-ion Battery Portfolio
5.17 Shanxi Guangyu Power Sources Co., Ltd.
5.17.1 Company Profile
5.17.2 Power Li-ion Battery Portfolio
5.18 Tianjin HangLiYuan Science and Technology Ltd.
5.18.1 Company Profile
5.18.2 Power Li-ion Battery Portfolio
5.19 Suzhou DNT Energy Technology Co., Ltd.
5.19.1 Company Profile
5.19.2 Power Li-ion Battery Portfolio
5.20 Shuang Yi Li (Tianjin) New Energy Co., Ltd.
5.20.1 Company Profile
5.20.2 Power Li-ion Battery Portfolio
5.21 Shenzhen XKTD Li-ion Polymer Batteries
5.21.1 Company Profile
5.21.2 Power Li-ion Battery Portfolio
5.22 Meiya Energy Sources (Jiangxi) Co., Ltd.
5.2.1 Company Profile
5.22.2 Power Li-ion Battery Portfolio
5.23 Tianjin Bluesky Double-Cycle Tech. Co., Ltd.
5.23.1 Company Profile
5.23.2 Power Li-ion Battery Portfolio
5.24 Xinxiang Zhongke Science & Technology Co., Ltd.
5.24.1 Company Profile
5.24.2 Power Li-ion Battery Portfolio
5.25 Harbin Coslight Power Co., Ltd.
5.25.1 Company Profile
5.25.2 Power Li-ion Battery Portfolio
5.26 Shenzhen HYB Battery Co., Ltd.
5.26.1 Company Profile
5.26.2 Power Li-ion Battery Portfolio
5.27 Shenzhen BYD Co., Ltd.
5.27.1 Company Profile
5.27.2 Power Li-ion Battery Portfolio
5.28 Hunan Haixing High-tech Power Battery Co., Ltd.
5.28.1 Company Profile
5.28.2 Power Li-ion Battery Portfolio
5.29 Shenzhen DLG Battery Co., Ltd.
5.29.1 Company Profile
5.29.2 Power Li-ion Battery Portfolio
5.30 Bak Power International (Tianjin) Co., Ltd.
5.30.1 Company Profile
5.30.2 Power Li-ion Battery Portfolio

Chapter Six: Investing in China's Power Li-ion Battery Industry
6.1 Status Quo of Investment
6.2 Investment Opportunities
6.3 Investment Risks
6.4 Investment Advices