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Emerging Battery Technologies - Technical InsightsPublished by: Frost & Sullivan Published: Sep. 30, 2006 Table of Contents
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| Scope and Research Methodology 1. Scope 2. Research Methodology Key Findings 1. Introduction to Battery Technologies 2. Key Findings |
| 2 | TECHNOLOGY OVERVIEW AND ADOPTION FACTOR ANALYSIS |
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| Lead Acid Batteries 1. Technology Overview 2. Technology Drivers 3. Technology Restraints and Challenges Primary and Secondary Lithium Batteries 1. Technology Overview 2. Technology Drivers 3. Technology Restraints and Challenges Nickle-Based Batteries 1. Technology Overview 2. Technology Drivers 3. Technology Restraints and Challenges Zinc-Air Batteries 1. Technology Overview 2. Technology Drivers 3. Technology Restraints and Challenges |
| 3 | INDUSTRY TRENDS; COMPETING TECHNOLOGIES; APPLICATION IMPACT ANALYSIS |
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| Influential Market Factors Analysis 1. Industry Trends 2. Standards and Regulations 3. Overview of Nanotechnology in Batteries Overview of Competing Technologies 1. Fuel Cells 2. Flywheels 3. Biofuel Cells 4. Supercapacitors Applications Impact Analysis 1. Automotive Applications 2. Consumer Electronics 3. Military and Aerospace Applications 4. Medical Applications |
| 4 | ASSESSMENT OF TECHNOLOGY INNOVATIONS |
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| Assessment of Technology Innovations in Lead Acid Batteries 1. New Endurance Batteries For Higher Starting Power--USA 2. Developing Carbon Electrode Material for Lead Acid Batteries--Canada 3. Lead Acid Batteries with Low Sodium Silicate Compound Electrolyte--People's Republic of China 4. Carbon-Graphite Foam Replaces Electrodes in Lead Acid Batteries--USA Assessment of Technology Innovations in Lithium Batteries 1. 'Intrinsically Safe' Lithium Ion Batteries for Use in Explosive Environments--France 2. New Electrode Materials Developed for Primary Lithium Batteries--India 3. NanoSafe Batteries Having Nanostructured Lithium Titanate--USA 4. Lithium Ion Battery that can Recharge in a Minute--Japan 5. Lithium Cells to Tackle Extreme Temperature; Vibration; and Shock--USA 6. Saphion Battery Technology for Automotive; Defense; and Healthcare Markets--USA 7. Carbon-Based Materials for Lithium Ion Batteries--USA 8. Grant for Development of Lithium-Based Batteries for HEVs--UK 9. Lithium Technology Corporation's Research--USA 10. Robust Lithium Ion Battery for Military and Healthcare Applications--USA 11. Nanobattery Developed for Powering Artificial Retina--USA 12. Active Nanostructured Electrode Materials for High Capacity Batteries--France 13. Thin-Film Lithium Technology for Efficient Batteries--USA Assessment of Technology Innovations in Nickle-Based; Zinc-Air and Other Battery Technologies 1. Ecofriendly Nickel Metal Hydride Batteries--Japan 2. Prismatic Nickel-Metal-Hydride Battery for HEVs--USA 3. Organic Radical Battery for Data Backup Applications--Japan 4. 'Betabattery' for Remote Sensing Applications--USA 5. Nanobattery with a Honeycomb Structure--USA 6. Zinc-Air Batteries for Military Applications--USA |
| 5 | PATENTS; DATABASE OF KEY INDUSTRY PARTICIPANTS AND GLOSSARY |
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| Patents 1. Lead Acid Batteries 2. Lithium Batteries 3. Nickel-Based Batteries 4. Zinc-Air Batteries Database of Key Industry Participants and Glossary 1. Database of Key Industry Participants 2. Glossary |
| 6 | DECISION SUPPORT DATABASE |
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| Database Tables 1. Electricity Consumption for Transport Sector (Billion KWH)--By Region (1999-2006) 2. Heavy Truck Production ('000 Units)--By Region (1999-2006) 3. PC Installed Base (Millions)--By Region (1999-2006) 4. Portable PC Installed Base (Millions)--By Region (1999-2006) 5. PDA Sales ('000)--By Region (1999-2006) 6. Digital Camera Sales (Millions)--By Region (1999-2006) AbstractThis research service profiles important emerging developments and trends related to emerging battery technologies.Get Full Details About This Report >> |
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