Integrated Kineto-Voltaic Foot Platforms through Performance Evaluation and Feasibility of Voltage Generation in Valenzuela City People’s Park


Authors : Alegre, Chrisneil C; Barberan, Mae L; Dogma, Zebastian Troy G; Medrano, Hannah Gwyneth E; Teodoro, Adrian B; Kishimoto, Ryuichi T

Volume/Issue : Volume 7 - 2022, Issue 6 - June

Google Scholar : https://bit.ly/3IIfn9N

Scribd : https://bit.ly/3Oxa0wS

DOI : https://doi.org/10.5281/zenodo.6888829

The main focus of Electrical Engineering endeavors all has to do with the ability of humanity and industrial progress to advance energy generation and storage. With the ecological problems being imminent and inevitable, the use of innovative technologies with the goal of harnessing electricity is becoming extensive. Piezoelectric Transducers are one of these extensive technologies that are still studied to become a progressive part of renewable energy generation. The system of providing these technologies to Green Parks such as that of the Valenzuela City People’s Park through an original and durable platform design makes it so that the aim of voltage generation to be interactive and available can be attained even with newer technological applications like that of Piezoelectric Transducers connected in meticulous electrical networks that enables high generation with high efficiency of production to be possible and assess its capability that can challenge current technology as progressive renewable energy.

Keywords : Voltage Generation, Piezoelectric, Renewable.

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