innovation for prospective energy source through solar cell

The object of the research project is to enhance solar energy conversion into electricity and store it through photogalvanic cells. various parameters were studied in a photogalvanic having d-xylose+mb+brij-35+nals pgs (photogalvanic system) for solar cell conversion and storage. the photo potential was observed at 684.00 mv for d-xylose+mb+brij-35+nals pgs for solar cells. the photocurrent was observed at 230.00 μa in d-xylose+mb+brij-35+nals pgs for solar cells. the impact of solar energy was studied by varying the various parameters in pgs for solar energy-based conversion and storage. the d-xylose+mb+brij-35+nals pgs for solar cell performance was found 110.00 minutes in absence of light. the value of fill factor of the cell (ƞ) = 0.2810 was observed and the powerpoint of the cell (pp) = 56.23 μw was obtained for the solar energy conversion and storage. the mixed surfactants (nals+brij-35) have experimentally proved the efficient system as the desired object of research with special reference to enhancing electrical out and storage of solar energy