Study on photogalvanics for sunlight power conversion and storage using the combination of bromocresol purple, sodium lauryl sulphate and ascorbic acid

Conducting an extensive study of the current outcomes of PG system appears to be of good interest to the scientific community. In an effort to meet the global goal of creating a pollution-free environment for sustainable development, this study reports better PG cell results. A present cell with a Bromocresol Purple (BCP)+NaLS+AA system was used to analyse the different solar properties. By changing a number of the PG cell's characteristics, BCP investigated the primary impacts of solar energy. Better electrical results from renewable energy have been the goal of the research and the PG cell has effectively shown the system's efficiency in an experimental process. For BCP+NaLS+AA system, Photopotential, photocurrent, maximum photocurrent and equ. photocurrent was measured 918.00 mV, 564 μA, 618.00 μA and 564 μA, respectively. The PG cell's fill factor, conversion efficiency and performance were 160.00 minutes, 0.3937 and 2.3446% respectively, according to the data. The results showed that the PG system had undergone a more comprehensive and innovative study.