Development and Characterization of III-V/Si Multijunction Photovoltaics for Space Application
JT Boyer, DL Lepkowski… - 2019 IEEE 46th …, 2019 - ieeexplore.ieee.org
2019 IEEE 46th Photovoltaic Specialists Conference (PVSC), 2019•ieeexplore.ieee.org
III-V/Si dual junction (2J) tandem photovoltaics with potential for eventual application to
(aero) space deployment have been under development. Full 2J tandem devices with 16-
18% AM0 efficiency have been demonstrated. Temperature dependent LIV and initial
characterization related to space applications have also been conducted. Further
development of the 2J tandem subcomponents offer a promising pathway to tandem AM0
efficiencies of> 25%.
(aero) space deployment have been under development. Full 2J tandem devices with 16-
18% AM0 efficiency have been demonstrated. Temperature dependent LIV and initial
characterization related to space applications have also been conducted. Further
development of the 2J tandem subcomponents offer a promising pathway to tandem AM0
efficiencies of> 25%.
III-V/Si dual junction (2J) tandem photovoltaics with potential for eventual application to (aero)space deployment have been under development. Full 2J tandem devices with 16-18% AM0 efficiency have been demonstrated. Temperature dependent LIV and initial characterization related to space applications have also been conducted. Further development of the 2J tandem subcomponents offer a promising pathway to tandem AM0 efficiencies of >25%.
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