Solar Energy and Energy Storage: Answering the Energy Challenge
Presentations given Monday, September 13, 2010
- Welcome to Oak Ridge National Laboratory – Ian Anderson
- Physical Sciences and Advanced Materials at ORNL – Michelle V. Buchanan
- Energy and Engineering Sciences – Ted Fox
- Structure Function Relationship of Energy Storage Materials – Ashfia Huq
- An Update from the Office of Basic Energy Sciences – Peter Lee
- Multiscale Porous Carbon Materials for Energy Storage – Chengdu Liang
- Computer Science, Mathematics and Computational Science – Arthur Maccabe
- Materials for Magnetic Refrigeration – G.J. Mankey
- Structural Characterization of Polymers for Energy and Biomedical Applications – Yuri B. Melnichenko, G. Cheng, K. Hong
- X-ray Diffraction for Characterization of Materials for Energy – Andrew Payzant
- Energy Storage and Conversion: How can Theory, Modeling, and Simulation Help? – Bobby G. Sumpter
Presentations given Tuesday, September 14, 2010
Introduction and Overview
Overview Presentations – National Need, Technology Roadmaps
Industry Spotlights
- U.S. Department of Energy – Industrial Technologies Program
- Tennessee Solar Institute – Industry Needs Assessment
- Mossey Creek Solar – Low Cost Multi-Crystalline Silicon
- Solar Energy and Energy Storage: Current Challenges and Opportunities
Solar Energy and Energy Storage Research
- Nano for Next Generation Organic PV
- Inorganic NanoconePhotovoltaic Solar Cells
- Material Perspectives for Organic Photovoltaics
- Putting Photons to Work
- New Perspectives in Energy Storage Materials
- Nanofermentation: Scalable Low Cost Nanomaterial Synthesis
- Solar Deployment and Integration in the Greater Knoxville Area
- Heat Transfer Fluids for Concentrating Solar Power
