Preface | p. viii |
Areas of Battery Applications | p. 1 |
Introduction | p. 1 |
Application Sectors and Market Considerations | p. 5 |
Computing | p. 5 |
Communications | p. 11 |
Portable Tools | p. 11 |
Medical Applications | p. 12 |
Other Portable Products | p. 12 |
UPS and Backup Batteries | p. 13 |
Aerospace and Military Applications | p. 13 |
Electric Vehicles and Hybrid Electric Vehicles | p. 14 |
Internal Combustion Engine (ICE) Vehicles | p. 14 |
Application's and Battery's Life | p. 15 |
Battery Categories and Types | p. 17 |
Introduction | p. 17 |
Batteries for Portable Applications | p. 18 |
Zinc-Carbon Batteries | p. 18 |
Alkaline Batteries | p. 21 |
Primary Zinc/Silver Oxide Batteries | p. 24 |
Primary Zinc-Air Batteries | p. 25 |
Strong vs Weak Points and Main Applications of Aqueous Primary Batteries | p. 27 |
Batteries Used in Both Portable and Industrial/Vehicular Applications | p. 27 |
Primary Lithium Batteries | p. 27 |
Rechargeable Lithium Batteries (Lithium Negative Electrode) | p. 38 |
Lithium-Ion Batteries | p. 38 |
Rechargeable Aqueous Batteries | p. 44 |
Batteries Only Used in Industrial/Vehicular Applications | p. 57 |
Secondary Aqueous Batteries | p. 57 |
Thermal Batteries | p. 67 |
Portable Applications | p. 75 |
General Considerations | p. 75 |
Video/Audio Applications | p. 76 |
Notebooks, Tablet PC and Ultra Mobile PC (UMPC) | p. 76 |
E-Book Readers | p. 82 |
Cellular Phones and Smartphones | p. 83 |
Personal Digital Assistants (PDA) | p. 84 |
Mobile TV | p. 87 |
Digital Still Cameras (DSC) | p. 87 |
Digital Camcorders | p. 91 |
Portable Players | p. 92 |
Portable VoIP (Voice over Internet Protocol) Phones | p. 95 |
Professional Audio/Video Equipment | p. 96 |
Medical Applications | p. 97 |
Meters | p. 97 |
Therapeutic Devices | p. 101 |
Diagnostic Devices | p. 110 |
Miscellaneous Medical Devices | p. 115 |
Miscellaneous Applications | p. 116 |
Hobby and Professional Power Tools | p. 116 |
Portable Barcode Readers | p. 119 |
Portable Payment Terminals | p. 121 |
Handheld GPS (Global Positioning Systems) | p. 121 |
Fishing Aids | p. 123 |
Portable Device Power Management | p. 123 |
Power Management of the Device Components | p. 125 |
Thermal Management of the Device Components | p. 139 |
Battery Management | p. 140 |
Trends in Battery Selection for Portable Devices | p. 154 |
Industrial Applications (Except Road Vehicles) | p. 163 |
Introduction | p. 163 |
Meters | p. 163 |
Power Meters | p. 164 |
Gas Meters | p. 165 |
Water Meters | p. 165 |
Heat Meters | p. 165 |
Flow Meters | p. 167 |
Other Meters | p. 168 |
Meters with AMR Capability | p. 170 |
Data Loggers | p. 172 |
Sensors and Sensor Networks | p. 173 |
Alarms and Security Systems | p. 182 |
Portable Video Surveillance | p. 183 |
Wireless Alarms | p. 184 |
Remote Level Control | p. 185 |
Power Line Surveillance | p. 187 |
Pipeline Inspection Gauges (PIGs) | p. 187 |
Access Control Systems | p. 189 |
Automatic Assistance Systems | p. 189 |
Emergency Lights | p. 189 |
Beacons | p. 190 |
Automatic Crash Notification | p. 192 |
Oil Drilling | p. 194 |
Oceanography | p. 199 |
Current Meters | p. 201 |
GPS Buoys | p. 202 |
Seismometry | p. 204 |
Underwater Gliders | p. 211 |
Location by Argos System | p. 213 |
Tracking and Monitoring Systems | p. 215 |
Radio-Frequency Identification | p. 216 |
Satellite Tracking | p. 220 |
Meteorology and Atmospheric Science | p. 231 |
Meteorological Satellites | p. 232 |
Launchers | p. 235 |
Portable Weather and Ambient Monitoring Stations | p. 236 |
Aerospace Applications | p. 237 |
Aircraft | p. 237 |
Planetary and Space Exploration Missions | p. 239 |
Military Applications | p. 252 |
Ammunitions | p. 252 |
Unmanned Air Systems | p. 255 |
Soldier Equipment | p. 257 |
Miscellaneous Naval Applications | p. 259 |
Robotics | p. 260 |
Details on the Robot's Hardware | p. 263 |
Examples of Mobile Autonomous Robots | p. 265 |
Micro Electromechanical Systems (MEMS) | p. 271 |
Farming Applications | p. 274 |
Energy-Related Stationary Applications | p. 279 |
Load Levelling, Power Quality and UPS | p. 279 |
Telecommunications | p. 301 |
Real Time Clock and Memory Backup | p. 307 |
Wireless Connectivity | p. 309 |
Bluetooth | p. 309 |
ZigBee | p. 310 |
Wi-Fi | p. 312 |
Vehicle Applications: Traction and Control Systems | p. 321 |
Introduction | p. 321 |
Electric Vehicles | p. 322 |
New EV Proposals: Will They Succeed? | p. 326 |
Basics of Hybrid Electric Vehicles | p. 329 |
Series Drive Train | p. 331 |
Parallel Drive Train | p. 331 |
Series/Parallel Drive Train | p. 332 |
Micro Hybrids | p. 333 |
Soft Hybrids | p. 334 |
Mild Hybrids | p. 335 |
Full Hybrids or "Power Assist" | p. 335 |
Plug-in Hybrids (PHEV) | p. 336 |
Fuel Cell Hybrid EV (FCHEV) | p. 337 |
Large Hybrid Vehicles: Buses, Light Trucks and Tramways | p. 338 |
More Information on Hybrid Vehicles | p. 339 |
Present HEV Production and Perspectives | p. 341 |
Toyota Prius | p. 344 |
Traction Batteries | p. 348 |
General Requirements | p. 348 |
Battery Management System | p. 349 |
Battery Technologies | p. 355 |
The Vehicle Control Systems | p. 365 |
Recent Developments in Automotive Lead-Acid Batteries | p. 373 |
Electric Bikes | p. 374 |
List of Acronyms | p. 379 |
Index | p. 383 |
Table of Contents provided by Ingram. All Rights Reserved. |