Report: Power and Battery Systems for Mobile Devices TOC

Scope and Methodology
- Scope of the Research Service
- Methodology
Key Findings
- Key Findings on Industry Trends
- Key Findings on Technologies for Mobile Devices

Technology Developments in DMFCs
- Overview of DMFCs
- Key Developments in DMFCs in APAC
- Key Developments in Europe
- Key Developments in North America
- Laminar Flow Fuel Cell
- Reformer-Based DMFCs
Developments in PEM Fuel Cells
- Overview of PEM Fuel Cells
- Hydrogen-Fueled Micro PEM
- MEMS-Based PEM Fuel Cells
- Reformer-Based PEM Fuel Cell
Technology Developments in Other Non-DMFC Power Sources
- Technology Overview
- Key Players in DBFCs
- Key Players in Biofuel Cells
- Key Players in Micro SOFCs
- Developments in Magnesium Air Fuel Cells
- Developments in Formic Acid Fuel Cells
Research Developments in Fuel Cells
- A Novel Electrode Architecture for Passive DMFCs
- Self-Assembled PEMs
- High Metal Loaded Catalysts for DMFCs

Developments in Battery Technologies
- Technology Overview of Battery Technologies for Mobile Devices
- Technology Innovations in Lithium Ion Batteries
- Technology Innovations in Nickel-Based; Zinc-Air and Other Battery Technologies
- Applications of Battery Technologies in Consumer Electronics
Developments in Other Power Sources for Mobile Devices
- Technology Overview of Supercapacitors
- Technology Innovations in Supercapacitors from Companies
- Applications of Supercapacitors

Fuel Cell Technology Drivers and Challenges
- Technology Specific Drivers
- Technology Specific Challenges
- Industry Trends in DMFCs and Other Fuel Cell Technologies
- Applications Roadmap
Battery Technology Drivers and Challenges
- Technology Specific Drivers
- Technology Specific Challenges
- Battery Technology Industry Trends

Power and Battery Systems for Mobile Devices