A new double-layer sunlight concentration system, where each layer is divided into two
regions, is proposed, and the system has four volume holograms. Since the four holograms …

Bifacial photovoltaics and multijunction systems represent the most promising alternatives to
overcome the theoretical limit of single-junction Si photovoltaics, and these solutions can …

As Si single-junction technology is approaching its Shockley–Queisser theoretical limit,
relevant efforts are being expended towards the development of multi-junction modules. In …

The technique of designing, optimizing, and fabricating broadband volume transmission
holograms using dichromate gelatin (DCG) is summarized for solar spectrum-splitting …

In this paper a photovoltaic system is proposed that achieves high energy yield by
integrating bifacial silicon cells into a spectrum-splitting module. Spectrum splitting is …

In this paper a spectrum-splitting photovoltaic system is proposed that uses bifacial silicon
solar cells to maximize total energy yield. The system is unique in its ability to convert direct …

Hybrid solar system converts the incident solar radiation into electrical energy by utilizing
complete solar spectrum. Such a system uses spectrum splitting solar concentrator for …

In this paper a photovoltaic system is proposed that achieves high energy yield by
integrating bifacial silicon cells into a spectrum-splitting module. Spectrum-splitting is …

Spectrum-splitting is a technique for increasing the conversion efficiency of a photovoltaic
system. In a spectrum-splitting system, an optical element such as a dichroic filter or a …

In this work, the technique of designing and optimizing broadband volume transmission
holograms using dichromate gelatin (DCG) is summarized for solar spectrum-splitting …