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Photovoltaics Beyond Conventional Silicon is co-located with Printed Electronics Europe.
To view the full agenda for Printed Electronics Europe, click here.
To upgrade your pass to access all sessions from both events, click here.
To view the full agenda for Printed Electronics Europe, click here.
To upgrade your pass to access all sessions from both events, click here.
Tuesday, 07 Apr 2009
| Wednesday, 08 Apr 2009
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Tuesday April 07, 2009
Keynote (08:15 - 12:25)
08:15 - 08:30 "Printed Electronics - Hot Applications and Market Sizes 2009-2019"- The new products
- Industry State-of-play
- 2009-2019 forecasts revealed
- Past experiences of combining paper board games with electronic components
- Future plans of Ravensburger regarding electronics in games
- Requirements for Printed Electronics in Games
- Key business and technology trends towards future mobile devices
- Nanomaterials for future mobile devices
- Printed electronics enables new device form factors
- Overview of Plastic Logic's development and technology
- First commercial factory for plastic electronics based in Dresden
- E-readers: Product, uses and advantages
- Plastic Logic's e-reader based on organic electronics technology
10:10 Coffee & Networking Break
- What the World's largest space agency needs from printed electronics
- Photovoltaics, Displays and Logic - our current progress with the new electronics
- Organic LEDs do have some nice features - first areal light source.
- But they're worthless without an application.
- For the use in trains, the OLED technology has to fulfill a number of standards.
- Is is that far developed?
- Value proposition for Printed Electronics
- Uses of Printed Electronics
- Technical & manufacturing challenges
- Roadmap and the path for moving forward
- Turning vision into reality
- From world's first all-printed silicon transistors (2007) to world's first silicon ink based RF tags (2008) to first applications (2009)
- Partnering for success
12:25 Lunch & Networking Break
Photovoltaics (14:00 - 15:15)
14:00 - 14:25 "Pathway Towards Grid Parity with Roth & Rau CTF Turnkey Facilities"- Latest developments of CTF Solar
- Introduction of Roth & Rau CTF Turnkey Technology
- Pathway to Grid Parity with CdTe Technology
- Fundamentals of Photovoltaic energy harvesting systems
- State of the art components
- Applications and limits in mobile or flexible products
Organic Photovoltaics (15:15 - 18:25)
15:15 - 15:40 "Organic Photovoltaics - A Low Cost, Scalable Technology"- State of the art performance and future roadmap of OPV
- Production technologies for OPV - what does it take to scale up
- First applications and markets
- Upscaling of the production technology
- Investigations on the longterm stability
- Applications for small flexible organic solar cell modules
16:05 Coffee & Networking Break
- High efficiency organic p-i-n type tandem cells
- Extrapolated lifetime in excess of twenty years
- Efficient modules with integrated series interconnection
- Processes determining the efficiency of polymer-based solar cells
- Tuning nanomorphology in polymer-polymer blend devices
- Acceptors for polymer-based solar cells with high open circuit voltage and high fill factor
- Joule Losses and Influence of Series Resistance
- Laser Ablation as a Route to Optimized Module Design
- Advantages of Vacuum Processing
- Optimising the device morphology and optics for blend layers
- Accurate device characterisation of efficient solar cells
18:25 Day 1 Ends
Wednesday April 08, 2009
Thin Film Inorganic Photovoltaics - CIGS & CDTe (08:30 - 09:20)
08:30 - 08:55 "Turn-Key-Production Line from centrotherm photovoltaics AG for High Efficient and Low-Cost CIGS Thin Film Modules"- CIGS technology from centrotherm
- CIGS turn-key production lines offered by centrotherm
- Roadmap of conversion efficiencies and production cost for CIGS-modules
- What is thin film CIS, CdTe and a-Si
- penetration of the PV market by thin films
- status and perspectives and potentials
- CIS technology of Wurth Solar
- Current status of flexible CIGS and CdTe technology
- Challenges of monolithic interconnection
- Advantages of high efficiency and roll-to-roll manufacturing
- Manufacturing challenges
- Future prospects
DSSC (09:45 - 10:35)
09:45 - 10:10 "Pushing up the Performance of Colloidal Quantum Dot Sensitized Solar Cells"- Sensitized solar cells
- Quantum dots
- Cadmium Selenide
- How to understand and predict them by simple device modeling
- How to measure them with impedance and light modulation techniques
- How to minimize them though better materials and device architecture
10:35 Coffee & Networking Break
Solar Textiles (11:15 - 12:05)
11:15 - 11:40 "Solar Textile Research Update"- Solar cells on textiles: structure and challenges;
- Microwave plasma enhanced CVD of silicon;
- Characterisation of Si films and devices on polyester
Photovoltaic Materials (12:05 - 14:55)
12:05 - 12:30 "Thienopyrazine-based Low-Bandgap Polymers for Polymer Solar Cell Applications"- materials research for flexible polymer solar cells
- advantages and room for improvements of low-bandgap polymers
- development of single processing steps with a laboratory reel-to-reel wet coating machine
- Development of Front Side Ag compositions for CIGS and other thin film PV cells.
- Processing and Performance data - to include contact resistivity on ITO
- Reliability studies at 85°C/85% RH
12:55 Lunch & Networking Break
- Correlation between the active layer morphology and cell performance
- Effect of electric field-induced orientation of carbon nanotubes in the active layer on cell performance
- Anode alternatives
Photovoltaics Manufacture (14:55 - 15:45)
14:55 - 15:20 "Inkjet as a Digital Fabrication Process for Photovoltaics Applications"- Inkjet process development
- Implementing inkjet for printed electronics - application examples
- Digital fabrication equipment for printed electronics using inkjet technology
- Processes for all solution Roll-to-roll coating of polymer solar cells
- Lifetimes studies, performance and demonstration of polymer solar cells
- Roll-to-roll encapsulation methods for stable polymer solar cell modules
Energy Harvesting (15:45 - 16:10)
15:45 - 16:10 "Screen-Printed Piezoelectric Films for Energy Harvesting"- introduction to vibration energy harvesting
- optimisation of screen printed piezoelectric films
- application of printed piezoelectric energy harvesters in aeronautical applications
16:10 Coffee & Networking Break
Barrier Materials (16:40 - 17:55)
16:40 - 17:05 "Breakthroughs in Barrier Materials for Flexible Electronics"- ITRI's work on flexible barriers
- Performance, cost
- industrial scale high barrier film based on packaging technology
- printing technology for transparent conductive films
- Needs by device type
- Comaprisons of existing solutions
- What is still needed
17:55 Day 2 Ends
For speaking opportunities at the event, please contact Dr Harry Zervos at
Photovoltaics "Beyond Conventional Silicon" Europe - Focusing on flexible, printed, organic & inorganic technologies. Innovative solutions that open up immense new markets.

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