Organic Photovoltaics: From the Lab to Portable Electronics to Grid-Tied Applications (Energy Harvesting & Storage USA 2009)


Dr Mike Woodhouse, Solar Energy Materials Scientist
NREL
United States
 
2009 11월4일.

Presentation Summary

  • The market potential and competitive advantage for OPV
  • The leading material choices of OPV
  • Lab scale to module production technologies

Speaker Biography (Michael Woodhouse)

Dr. Michael Woodhouse received a Ph.D. in Materials Science and Physical Chemistry under the guidance of Professor Bruce Parkinson at Colorado State University. For his dissertation he first developed a methodology to rapidly deposit novel metal oxide semiconductors on transparent conducting substrates using inkjet printing. Combinatorial libraries of these materials were then screened for their ability to function as light-driven catalysts for hydrogen production in a custom-made scanning laser system. The method uncovered a couple of novel materials for the solar production of hydrogen and was also extended to optimize their composition and processing conditions.
 
After graduate school he began his career at the National Renewable Energy Laboratory (NREL) as a postdoc under Dr. Brian Gregg and Dr. Teresa Barnes. During that time he was focused on the development of new materials and architectures for organic-based solar cells. After nearly three years as a postdoc, he transitioned to a position that is focused on the technical and economic analysis of incumbent and developing solar technologies.

Company Profile (National Renewable Energy Laboratory NREL)

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