Exploratory insight into the contribution of chemical components of photo galvanic electrolyte towards potential, power and current of photo galvanic cells

Koli, Pooran; Charan, Anamika; Saren, Jyoti; Dheerata,; Meena, Anita

doi:10.1016/j.rechem.2023.101124

Cited by 2 publications

(1 citation statement)

References 25 publications

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“…Hybrid photoelectrodes for photoelectrochemical energy conversion (6) , Photocatalysis for thermochromic materials (7) , EDTA+TB+NaLS based work for electrical output (8) , Innovation for prospective energy source (9) , and Mixed surfactant for photogalvanic effect (10) were studied. Tartrazine with DSS single surfactant (11) , Alizarin cyanine green with sodium stearate (12) , The contribution of chemical components of PG electrolyte towards potential, power and current of PG cells (13) , C DEA with ACG (14) , Methylene blue system with mixed surfactant (15) were studied for better results.…”

Section: Introductionmentioning

confidence: 99%

Study of Photogalvanic Effect by using Marigold Flower as Natural Photosensitizer, Xylose as Reductant and Tween 80 as Surfactant for Solar Radiation Conversion and Storage

Mishra,

Yadav

2024

IJST

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Objective: A study work plan has been put up for methodical work in the field of solar energy Photogalvanic (PG) cells. It was suggested and required to do experiments with PG cells in sunlight conditions. Improving the conversion of solar energy into electricity and storing it in PG cells is the goal of our study. Method: An H-shaped glass tube with two arms was manufactured using the specially developed PG (Figure 1) cell. Many characteristics of a PG cell with an MG+D-Xylose+Tween-80 system was investigated. Findings: The open circuit voltage, voltage at dark, photopotential (PP), and photocurrent (PC) recorded in this investigation are 1080.00 mV, 165.00 mV, 915.00 mV, and 674.00 µA, respectively. The Fill Factor (FF) and Conversion Efficiency (CE) that were observed 1.891% and 0.2732, respectively. Novelty: Through the adjustment of PG cells' numerous parameters, the effects of solar energy were investigated. Based on the aforementioned results, PG systems have demonstrated through experimentation that they are an effective system and should be further investigated, particularly with regard to improving solar energy output and storage. Keywords: D-Xylose, Tween - 80, Marigold, Photocurrent, Natural dye

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