An automated data analysis pipeline is developed to preprocess electroluminescence (EL)
module images, and parse the images into individual cells to be used as an input for …

Electroluminescence (EL) imaging of photovoltiac (PV) modules offers high-speed, high-
resolution information about device performance, affording opportunities for greater insight …

In this paper, we present a methodology to exploit the crack statistics of solar cells in
photovoltaic (PV) modules assessed in field for simulating the power output of PV modules …

The annually produced quantity of solar modules has steadily increased over the past
decades. Rising production speeds and the associated high throughput of wafers, cells, and …

Fracture in silicon crystalline solar cells has been a long-standing challenge encountered in
the photovoltaic (PV) industry. This occurs as result of stresses developing in the cells due to …

Advanced analysis and monitoring of photovoltaic solar modules is required to maintain the
reliable operations of photovoltaic plants. Hence, it requires diagnostics through current …

We experimentally analyze the position and opening behavior of cracks in multicrystalline
silicon solar cells laminated in standard-sized frameless modules during mechanical …

The performance of solar cells reduces annually due to various unavoidable phenomena of
thermal cycling, damp heat, UV exposure, and mechanical stress, etc. Generally, I‐V …

We developed a fully scalable quasi‐SPICE approach for electrical modelling of stress‐
induced inhomogeneities in crystalline silicon solar cells, based on damage detected by …

The possibility of replacing the conductive gridline deposited on solar cells by highly
electrically conductive graphene is opening new perspectives for the future generation of …