We demonstrate an innovative CIGS‐based solar cells model with a graded doping
concentration absorber profile, capable of achieving high efficiency values. In detail, we start …

Reduced Langevin recombination has been observed in organic solar cells (OSCs) for
many years, but its origin is still unclear. A recent work by Burke et al.(Adv. Energy Mater …

Abstract wxAMPS is a popular software widely used in simulating state-of-art solar cells;
however, the official documentation for it does not exist. Herein, we compiled information …

With an amorphous silicon (a-Si: H)/crystalline silicon (c-Si) heterojunction structure, the
heterojunction with intrinsic thin-layer (HIT) solar cell has become one of the most promising …

Multijunction solar cells have been demonstrated as an efficient approach to overcome the
Shockley-Queisser limit and achieve high efficiency. However, cost reduction and further …

Photoelectrochemical water-splitting is a promising carbon-free fuel production method for
producing H2 and O2 gas from liquid water. These cells are typically composed of at least …

The design and fabrication of stable and efficient photoelectrochemical devices requires the
use of multifunctional structures with complex heterojunctions composed of semiconducting …

Aluminum antimony (AlSb) is a potential absorber for solar cells. In present work, we
fabricated AlSb thin films by using pulsed laser deposition method, and investigated the …

In this paper, a numerical analysis of relevant electrical parameters of multilayer structures
for CIGS-based solar cells was carried out, employing the simulation software wxAMPS. In …

A method is described for modeling charge transfer and recombination across functionalized
Si (111) photoelectrodes using a 1D solid state drift-diffusion device simulation-wxAMPS. To …