István Sályi Doctoral School of Mechanical Engineering Sciences, University of Miskolc, Hungary.
Research Article
World Journal of Advanced Research and Reviews, 2022, 13(02), 304-308
Received on 07 January 2022; revised on 10 February 2022; accepted on 12 February 2022
Since the advent of modern civilization, humans have always been depended upon the fossil fuels as the source of energy for their daily requirements. With the exponential growth in the population, the dependence on these conventional sources for the daily energy requirements has led to the depletion of the same and adverse ill-effects on the environment. To lessen the burden and if possible, minimize to zero, energy harvesting has become the need of the hour and the development of the different energy harvesting technologies has been the prime area of research. Of them, piezoelectric materials have gained the popularity in this niche of energy harvesting solutions and have resulted in promising possibilities of efficient tapping of waste energy for future use. In this paper, a technique of application of piezoelectric material for harnessing energy i.e., along the circumference of the inner lining of the tire and rough calculations has been made to project the probable energy tapped and its usage. The current work describes a sample arrangement of crystal and various new arrangements based on maximum power output can be made.
Energy Harvesting; Piezoelectric Effect; Piezoelectric crystals; Capacitor
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Mohammed Alaa Alwafaie and Béla Kovács. Harvester wheel energy (type 4). World Journal of Advanced Research and Reviews, 2022, 13(2), 304-308. Article DOI: https://doi.org/10.30574/wjarr.2022.13.2.0147