In this work we present a computer aided design software, called TiberCAD, to simulate dye sensitized solar cells (DSC). DSCs are particularly interesting devices due to their high efficiency (more than 12% on small area and 8% on large area) and long stability. In our model a drift-diffusion set of equations for the different charge carriers coupled to Poisson equation has been implemented within finite element method. The model takes into account also trap assisted transport for electrons in the mesoporous titanium dioxide with a phenomenological model derived from multi-trapping model. An application of the code presents an innovative topology for a DSC using a 3D geometry. A cell where contacts and illuminated surface are completely decoupled.
Gagliardi, A., DI CARLO, A. (2012). Innovative structure for dye solar cells. In Optical and Quantum Electronics (pp.141-147). Springer [10.1007/s11082-012-9556-1].
Innovative structure for dye solar cells
GAGLIARDI, ALESSIO;DI CARLO, ALDO
2012-01-01
Abstract
In this work we present a computer aided design software, called TiberCAD, to simulate dye sensitized solar cells (DSC). DSCs are particularly interesting devices due to their high efficiency (more than 12% on small area and 8% on large area) and long stability. In our model a drift-diffusion set of equations for the different charge carriers coupled to Poisson equation has been implemented within finite element method. The model takes into account also trap assisted transport for electrons in the mesoporous titanium dioxide with a phenomenological model derived from multi-trapping model. An application of the code presents an innovative topology for a DSC using a 3D geometry. A cell where contacts and illuminated surface are completely decoupled.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
