Innovative Study on Photogalvanic Cell for Solar Energy Conversion and Storage Through Brilliant Cresyl Blue + Ascorbic Acid + Sodium Lauryl Sulphate

Abstract

The current study reports better findings photogalvanic (PG) cell in order to accomplish this objective of providing the globe with pollution-free nature for sustainable development. The goal of the research is to increase electrical output by the use of PG cells, which will result in increased electrical output. Better PG cell output has been the desired goal of the research, and this has effectively proved the efficient system in an experimental way. The Open circuit voltage (Voc), and photocurrent found for the Brilliant Cresy Blue (BCB) + Ascorbic acid (AA) + Sodium Lauryl Sulphate (SLS) combination was 1124.0 mV and 240.00 µA, respectively. A proposed photochemical method for the conversion of solar radiation energy was offered for the current generation of PG cells. The BCB+AA+SLS system, PG cell configuration was used to get the desired electrical results.