Report: Mobile Handset Batteries and Fuel Cells Report: 2006-2013 TOC

1.1 Key market issues
1.2 Fuel cell benefits and drivers
1.3 Fuel cells and the user experience
1.4 Carriers and OEMs increasingly view fuel cells as a viable technology alternative
1.5 Barriers limiting micro fuel cell adoption
1.6 Market trends and evolution
1.7 Key findings

2.1 Defining fuel cell technology
2.2 Fuel cell benefits
2.3 How fuel cells work
- Figure 2.1: Typical fuel cell
- Table 2.2: Comparative view of different fuel cell types
2.4 Focus and scope of this report

3.1 Rechargeable batteries
- 3.1.1 Nickel Cadmium
  - Table 3.1: NiCD characteristics
- 3.1.2 Nickel Metal Hydride
  - Table 3.2: NiMH characteristics
- 3.1.3 Lithium ion
  - Table 3.3: Li-ion characteristics
- 3.1.4 Li-polymer
  - Table 3.4: Li-Poly characteristics
3.2 Batteries and the end-user experience
- 3.2.1 Battery power and content delivery
3.3 Li-ion vs Li-Poly batteries in handsets
3.4 Portable fuel cell market barriers
- Table 3.5: Type of battery behind OEM handsets
- Table 3.6: Battery types powering laptop computers
- Table 3.7: Impact of mobile data consumption on battery life (by application)
3.5 Technical challenges affecting fuel cells
- 3.5.1 Size
- 3.5.2 Heat generation
3.6 Fuel cell market drivers
- 3.6.1 Signs of confidence in fuel cell technology
  - 3.6.1.1 Carriers
    - Table 3.8: Recent mobile operator fuel cell deals
    - Table 3.9: Main Specifications of DoCoMo's Prototype Micro Fuel Cell
    - Figure 3.1: FOMA handset attached to micro fuel cell
  - 3.6.1.2 OEMs
    - Table 3.10: Recent handset OEM fuel cell developments
    - Table 3.11: Capabilities of various fuel cell technologies
3.7 Business case for micro fuel cells
- Chart 3.1: User experience of a mobile handset with Li-ion battery vs fuel cell
- Chart 3.2: User experience with laptop using fuel cell vs Li-ion battery
3.8 Fuel cells provide a means of differentiating handset offerings

4.1 Market trends
- 4.1.1 Power-hungry mobile devices
- 4.1.2 Advanced services
- 4.1.3 ARPU
  - Table 4.1: Data ARPU of major operators
  - Table 4.2: Data ARPU drivers
4.2 Handset constraints
- Table 4.3: Handset design issues
- Table 4.4: Battery capacity of various handset models
- 4.2.1 The impact of handset components on power consumption
  - Table 4.5: Typical energy consumption by component in GSM handsets
- 4.2.2 High current bursts
  - Table 4.6: Power requirements of GSM and CDMA phones
- 4.2.3 Power consumption by memory, displays and peripherals
  - Chart 4.1: Power consumption by handset component
4.3 Laptop power requirements
- Table 4.7: Typical power requirements of a laptop
4.4 Alleviating the power gap through fuel cells
- Chart 4.2: Affect on battery of "heavy pulling"
- 4.4.1 Fuel cells offer multiple benefits
- 4.4.2 Fuel Cell Metrics
  - 4.4.2.1 Revenues
    - Table 4.8: Global fuel cell market size by device category in 2011
  - 4.4.2.2 Pricing
    - Table 4.9: Fuel cell prices by device category, 2006-2013
  - 4.4.2.3 Shipments
    - Table 4.10: Fuel cell shipments for mobile devices by region, 2009 & 2011

5.1 Costs and pricing
- Table 5.1: Fuel cell prices by device category, 2006-2013
5.2 Volume production
5.3 Public awareness
5.4 Power hungry handsets
5.5 Standardization
- Table 5.1: Micro fuel cell standardisation efforts
5.6 Distribution
5.7 Safety and aircraft transport regulations
5.8 Packaging, regulatory certification and conformance
5.8.1 Packaging for cartridges
5.9 Testing
5.10 Raw materials, cost of components and manufacturing technologies
5.11 What are vendors doing to achieve commercial success?
- Figure 5.1: Strategies for success
- 5.11.1 Partnerships and collaboration
5.12 Fine-tuning the business model
- Table 5.2: Fuel cell vendor partnership agreements
5.13 Working with mobile operators
5.14 Technology assessment and competitive readiness
- 5.14.1 Is one fuel cell type likely to dominate the handset market?
  - Table 5.3: Fuel cell vendor matrix

6.1 Antig Corporation
- 6.1.1 Technology
- 6.1.2 Products
  - Table 6.1: Typical specification of Antig's products
- 6.1.3 Power
- 6.1.4 Commercialization date
- 6.1.5 Application
6.2 Tekion
- 6.2.1 Technology
  - Figure 6.1: Formira fuel cell
- 6.2.2 Products
- 6.2.3 Power and energy
- 6.2.4 Commercialization date
- 6.2.5 Application
- 6.2.6 Customers
- 6.2.7 Notable developments
6.3 Angstrom Power
- 6.3.1 Technology
- 6.3.2 Products
  - Table 6.2: V60 specifications
  - Table 6.3: G2 specifications
  - Table 6.4: P1 specifications
- 6.3.3 Applications
- 6.3.4 Customers
- 6.3.5 Commercialization
6.4 Medis Technologies
- 6.4.1 Technology
- 6.4.2 Products
  - Table 6.5: Medis PowerPack
- 6.4.3 Application
- 6.4.4 Pricing
- 6.4.5 Commercialization, marketing and manufacturing
6.5 SFC Smart Fuel Cell AG
- 6.5.1 Technology
- 6.5.2 Products
  - Table 6.6: C20-CP specifications
- 6.5.3 Application
- 6.5.4 Commercialization and marketing
6.6 Neah Power Systems
- 6.6.1 Technology
- 6.6.2 Products
  - Figure 6.2: Prototype of Neah's internal battery cavity fuel cell
- 6.6.3 Commercialization
6.7 MTI Micro Fuel Cells
- 6.7.1 Technology
- 6.7.2 Products
- 6.7.3 Commercialization
6.8 Ultracell
- 6.8.1 Technology
- 6.8.2 Products
6.9 LG
6.10 Samsung
6.11 Toshiba

7.1 Conclusions
7.2 Recommendations
- 7.2.1 For battery vendors
- 7.2.2 For fuel cell manufacturers
- 7.2.3 Recommendation for Mobile operators

Mobile Handset Batteries and Fuel Cells Report: 2006-2013