INTRODUCTION
Multijunction solar cells exhibit record photovoltaic conversion efficiencies, over 45%. However, they are complex devices involving several subcells connected in series, which are difficult to characterize separately. The progress in the development of these devices heavily relies on the accurate characterization of their optical and electrical properties. A wide room for improvement exists, including the implementation of new techniques which will expand the understanding of multijunction solar cells and allow the generation of new knowledge supporting the advancement of the multijunction solar cell technology.
SCOPE
The work will be focused on developing advanced optical and electrical characterization techniques for high quality multijunction solar cells, and applying them to the study of the devices developed at IES-UPM. This work will encompass the development of advanced modelling in order to assess, complement and corroborate the characterization results.
RESEARCH CENTER
This work will be carried out at the III-V Semiconductor Group of the Solar Energy Institute - Technical University of Madrid, an internationally renowned group in the field of III-V multijunction solar cells, holding several photovoltaic conversion efficiency records.
REQUIREMENTS
GENERAL CONDITIONS
APPLICATIONS
Interested candidates should send their CV to Dr. Iván García (igarcia@ies-def.upm.es)