The back-contact crystalline silicon solar cell represents an advanced configuration in which
inter-digitated positive and negative contacts are placed on the rear surface. Highest …

Interdigitated back contact (IBC) crystalline silicon (c‐Si) solar cells are attracting a lot of
attention because of their capability to reach world record conversion efficiency. Because of …

This paper presents a detailed analysis of the recombination losses in an interdigitated back-
contact (IBC) solar cell by means of three-dimensional numerical simulation. In particular …

This work presents a study based on electro-optical numerical simulations of the impact of
geometrical and doping parameters on main figures of merit of crystalline silicon back …

In this work, by exploiting two-dimensional (2-D) TCAD numerical simulations, we performed
a study of the impact of the doping levels on the main figures of merit in the different regions …

In this paper, we model a large-area high-efficiency interdigitated back-contact (IBC) solar
cell by means of a distributed electrical network. The simulation tool allows accounting for …

This work presents a detailed analysis of the impact of a rear point-contact (PC) scheme and
a selective emitter (SE) design on the performance of a crystalline silicon (c-Si) back contact …

This work presents a study on back contact-back junction solar cells when using a
metallization scheme with multiple-emitter contact lines. For this purpose, TCAD-based …

We introduce a novel, high‐throughput processing method to produce high‐efficiency solar
cells via a backside rounding process and ion implantation. Ion implantation combined with …