Progress Review on Advancement of Solar Cell Nano-technology in Harvesting Clean Energy

  • Jemal Kassim Madda Walabu University
Keywords: Energy, metal-organic framework, nano-technologies, nano-particle, and solar cells

Abstract

Everyday events of a world populace are extremely dependent on energy. Unpaid environmental air pollution of exploration of non-renewable energy, the cosmos is dramatically shifting from consuming non-renewable energy to renewable energy. If properly designed components are used, solar energy is a clean green energy resource that produces effective utilization. That is, the efficiency of generous energy harvesting devices protocol is very essential. The world is unable to custom renewable energy effectively owing to the absence of effective efficient solar energy harvesting devices. Because our intention is focused on effective and more recent nano-particles maze those are used in harvesting solar energy. The reviewer tried to summarize various research works that are conducted on the modifications of solar panels through nano-particles. Accordingly, a large percentage of nano-particle atoms resides on their surfaces than in their interiors. The surface interactions of the particular particle atoms dominate its behavior. They often have different characteristics and properties than larger masses of the same material. The nano-particles incorporated into various solar cell films revealed special promise to both enhance efficiency and lower total cost.

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Author Biography

Jemal Kassim, Madda Walabu University

Madda Walabu University, Department of Chemistry, Bale-Robe, Ethiopia

Published
2022-01-30
How to Cite
Jemal Kassim. (2022). Progress Review on Advancement of Solar Cell Nano-technology in Harvesting Clean Energy. Journal of Equity in Sciences and Sustainable Development, 5(1), 76-84. https://doi.org/10.20372/mwu.jessd.2022.1532