Photovoltaic Materials and Manufacturing Issues: Volume 1123 [Hardcover]

The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners.This volume features studies from a cross-section of current industry research leaders, new start-up companies, and university and laboratory researchers. It highlights the most significant advances in photovoltaic (PV) materials and device research, and examines research challenges to reaching the ultimate potential of current-generation (crystalline silicon), next-generation (thin films and concentrators), and future-generation PV technologies.This volume features studies from a cross-section of current industry research leaders, new start-up companies, and university and laboratory researchers. It highlights the most significant advances in photovoltaic (PV) materials and device research, and examines research challenges to reaching the ultimate potential of current-generation (crystalline silicon), next-generation (thin films and concentrators), and future-generation PV technologies.Manufacturing and sales of photovoltaic (PV) energy have been growing at rates in excess of 40% for the last several years. Advances in materials research have been the basis for much of this progress - resulting in reduced costs and improved conversion efficiencies and reliabilities for solar systems. This volume features studies from a cross-section of current industry research leaders, new start-up companies, and university and laboratory researchers. It highlights the most significant advances in PV materials and device research, and examines research challenges to reaching the ultimate potential of current-generation (crystalline silicon), next-generation (thin films and concentrators), and future-generation PV technologies. The latter includes innovative materials and device concepts that hold the promise of significantly higher conversion efficiencies and/or much lower costs. Topics include: silicon solar cells and devices; thin-film polycrystalline material3,