Vincenzo LaSalvia is a silicon photovoltaics process engineer in NREL’s High-Efficiency Monocrystalline Photovoltaics Group with extensive expertise in thermal and chemical processing of crystalline silicon wafers and solar cells. At NREL, he has pioneered an investigation of defect generation and engineering in Czochralski-grown silicon through high-temperature annealing. In collaboration with the Massachusetts Institute of Technology, he has studied this phenomenon’s effect on carrier-lifetime evolution throughout the cell process. Vincenzo is a key contributor at NREL in demonstrating the fabrication of a 21.5%-efficient silicon solar cell. He has a background in microfabrication and device design, silicon epitaxy via chemical vapor deposition, and thin-film processing and characterization.
B.A. Physics, Cleveland State University
V. LaSalvia et al. “Utilization of Tabula Rasa to stabilize bulk lifetimes in n-Cz silicon for high-performance solar cell processing.” Presented at the 43rd IEEE Photovoltaic Specialist Conference, 2016.
B. Nemeth, D. L. Young, H.-C. Yuan, V. LaSalvia, A. G. Norman, M. Page, B. G. Lee, and P. Stradins. “Low temperature Si/SiOx/pc-Si passivated contacts to n-type Si solar cells.” Presented at the 40th IEEE Photovoltaic Specialist Conference, 2014: 3448–3452.
G. Lee, W. Nemeth, H.-C. Yuan, M. R. Page, V. LaSalvia, D. L. Young, and P. Stradins. “Heterojunction rear passivated contact for high efficiency n-Cz Si solar cells.” Presented at the 40th IEEE Photovoltaic Specialist Conference, 2014: 612–614.
D. L. Young, W. Nemeth, V. LaSalvia, R. Reedy, N. Bateman, and P. Stradins. “Ion implanted passivated contacts for interdigitated back junction solar cells.” Journal of Photovoltaics (2015). Accepted for oral presentation at 42nd IEEE Photovoltaic Specialist Conference, 2015.
View all NREL publications for Vincenzo LaSalvia.