The present work investigated thermal performance and heat transfer characteristics of a
solar parabolic trough collector using Al2O3/DI‐H2O nanofluids. Nanofluids of varying …

The aim of this study is to harness and store solar energy through Indigo Carmine dye–
Formic acid photogalvanic cells. The photogalvanic cells based on photo-sensitizer Indigo …

Solar energy is gradually becoming integrated into households, holding the potential to
address energy requirements through technologies like PV cells. Ongoing research is …

The photogalvanic cells (PG) are the promising and renewable electrochemical energy
devices capable of doing the simultaneous solar power generation and storage. To realize …

The photogalvanic (PG) cells involve a change in the electrode potential by photochemical
processes along with the diffusion of ionic species through the bulk electrolyte. The PG cells …

Photogalvanic cells are solar power and storage devices. Extensive study on the photo-
stability and durability aspect of these cells has not attracted the attention of the researchers …

With the rapid commercialization of solar and wind power as supplements and potential
substitutes of fossil fuels, the need for power storage techniques to render renewable energy …

With the rapid commercialization of wind and solar power generation, the need of power
storage capacity is gaining importance. The photogalvanic cells as described in the present …

Solar cell converts solar energy into electricity directly. Among such solar cells, the
photogalvanic cells are unique as these are only solar cells that are capable of doing solar …

The photochemistry of dye is playing a significant role for understanding the mechanism of
electron transfer reactions in photoelectrochemical devices such as photogalvanic cells …