Modelling of Perovskite - Silicon tandem solar cells


Research areas


Perovskite - Silicon tandem cells are theoretically capable of realising conversion efficiencies significantly above the efficiencies of the best Si solar cells. At ANU we are aiming to fabricate such tandem cells in order to demonstrate high efficiencies in practice. High efficiency tandem cells requires careful design of the Perovskite cell in particular, to ensure that most of the light not used by the Perovskite cell is passed to the lower Si cell. This requires careful minimisation of various loss mechanisms,which requires the use of suitable models. In this project, actual tandem designs will be modelled. The goal is to screen various cell options and to optimise the most suitable designs, in order to guide experimental work. An existing Matlab model will be employed and extended where necessary. The project requires extensive an literature review to collect available data on the properties of relevant materials. In some cases, sample preparation and measurements may be required to obtain the necessary data. The student would interact with other researchers working on tandem solar cells




A solid background in semiconductors and optics is desirable. The project is particulalry suited to highly motivated studnets who are interested in further research.



Updated:  8 September 2015/Responsible Officer:  Head of School/Page Contact:  CECS Marketing