Passivating electron‐selective contacts for silicon solar cells based on an a‐Si:H/TiOx stack and a low work function metal
In this work, the ATOM (intrinsic a‐Si: H/TiOx/low work function metal) structure is
investigated to realize high‐performance passivating electron‐selective contacts for …
investigated to realize high‐performance passivating electron‐selective contacts for …
Contact selectivity engineering in a 2 μm thick ultrathin c-Si solar cell using transition-metal oxides achieving an efficiency of 10.8%
In this paper, the integration of metal oxides as carrier-selective contacts for ultrathin
crystalline silicon (c-Si) solar cells is demonstrated which results in an∼ 13% relative …
crystalline silicon (c-Si) solar cells is demonstrated which results in an∼ 13% relative …
Evidence of TiOx reduction at the SiOx/TiOx interface of passivating electron-selective contacts
J Cho, M Debucquoy, MR Payo… - AIP Conference …, 2018 - pubs.aip.org
A TiOx layer is well known as an electron-selective contact material because of its
asymmetric band offsets with respect to c-Si. When applying TiOx layers as passivating …
asymmetric band offsets with respect to c-Si. When applying TiOx layers as passivating …
Voltage Enhancement in Multijunction Solar Cells and the Application to Water Splitting
J Jia - 2017 - search.proquest.com
Over the past 50 years, cost has been the primary obstacle to the generation of electricity by
solar cells. Two major obstacles have now emerged that limit further scaling and installation …
solar cells. Two major obstacles have now emerged that limit further scaling and installation …
Metal-Oxide Carrier-Selective Contacts for On-Chip Embedded Photovoltaics
R Islam - 2017 - search.proquest.com
In this thesis, a systematic study of transition metal oxide integration to thin crystalline silicon
(c-Si) solar cells as carrier-selective contacts is presented. Thin c-Si solar cell technology is …
(c-Si) solar cells as carrier-selective contacts is presented. Thin c-Si solar cell technology is …