Nanogerador de eletricidade sustentável: uso de fontes de energias renováveis fotoelétrica e higroelétrica

Abstract

In recent years, due to the increase in worldwide electricity consumption, sustainable power generation has become the focus of several scientific investigations. In this context, electronics and electricity have become the basis for the technological development of new mechanisms and products associated with power generation. It is worth noting that, currently, the basic principles are being sought to develop new forms of energy generation. In this scenario, this project will propose a new technology for energy generation based on the use of industrial and agro-industrial residues. Agate residue and rice husk ash are some of the examples of residues that will be used in this study. The use of such production residues is correlated to the use of supported materials for the insertion of iron particles. Through these iron-based particles, the intention is to build a cement artifact that functions as an energy generator. The final manufactured nanomaterial, a cement artifact containing nanostructures, will serve as a nanogenerator of electricity. The response of the device will be evaluated based on the use of light and water, and it may become a new energy generation technology based on the use of sunlight and precipitation. Thus, the present research proposal directed to the Course Conclusion Paper (TCC), has extreme importance in the field of electricity generation.