In this paper we extend the analytical drift-diffusion model, or Hovel model, to model the
electrical characteristics of solar cells incorporating a back mirror. We use a compact …

In this work we extend the analytical drift-diffusion model, or Hovel model, to model the
electrical characteristics of solar cells incorporating a back mirror. We use a compact …

The analytical drift-diffusion formalism is able to accurately simulate a wide range of solar
cell architectures and was recently extended to include those with back surface reflectors …

We demonstrate that in solar cells with highly reflective back mirrors, the measured internal
quantum efficiency exhibits a shift in bandgap relative to the measured external quantum …

We present a two-dimensional model of a bulk heterojunction solar cell in which we include
the effects of optical interference, exciton diffusion, charge separation via the formation of …

We introduce a model for charge separation in bulk heterojunction solar cells that combines
exciton transport to the interface between donor and acceptor phases with the dissociation …

In this letter a calibrated numerical model of a III–V dual‐junction solar cell including tunnel
diode and Bragg reflector is presented. The quantum efficiencies of the subcells are …

A theoretical analysis of the total internal quantum efficiency (IQE) of a flat-band p–n homo-
junction silicon solar cell with back reflector using distributed Bragg reflectors to improve the …

We present a new version of our optical model for solar cell simulation: GenPro4. Its working
principles are briefly explained. The model is suitable for quickly and accurately simulating a …

The photovoltaic characteristics of an ultrathin GaAs solar cell with a gold back reflector are
simulated using the standard semiclassical drift-diffusion-Poisson model and an advanced …