Bifacial photovoltaic (PV) technology has received considerable attention in recent years
due to the potential to achieve higher annual energy yield compared to its monofacial …

Hydrogenated amorphous silicon (a-Si: H) has been used for decades—doped and as
intrinsic absorber layers—in thin-film silicon solar cells. Whereas their effiency was improved …

III–V//Si multijunction solar cells offer a pathway to increase the power conversion efficiency
beyond the fundamental Auger limit of silicon single‐junctions. In this work, we demonstrate …

Bifacial modules have the advantage of capturing sunlight from front as well as from rear
surfaces, and therefore, they are able to produce larger amounts of energy, compared with …

In this work, we present the fabrication and analysis of a wafer‐bonded GaInP/GaInAsP//Si
triple‐junction solar cell with 36.1% conversion efficiency under AM1. 5g spectral …

Monograin powder technology is one possible path to developing sustainable, lightweight,
flexible, and semi-transparent solar cells, which might be ideal for integration with various …

Herein, the fabrication of transparent solar cells based on nanometric (8 and 30 nm) intrinsic
hydrogenated amorphous silicon films (a‐Si: H) and using oxide thin films as transparent …

The current–voltage characteristic of a photovoltaic module is typically evaluated by using a
model based on the solar cell equivalent circuit. The complexity of the procedure applied for …

The photocurrent density-voltage (J (V)) curve is the fundamental characteristic to assess
opto-electronic devices, in particular solar cells. However, it only yields information on the …

Quantitative analysis of two 30-year-old PV modules is performed by a combination of the
equivalent-circuit model and optoelectronic characterization methods. The two modules …