This research analyzes the possibility of generating renewable energy from the kinetic energy generated by people walking on tiles equipped with piezoelectric sensors. The main objective is to determine the efficiency of this system and its ability to reduce conventional electrical energy consumption. The study is based on a review of existing literature and the construction of a piezoelectric tile prototype. Tests and measurements are performed to evaluate the power generation and improvements in the prototype design are proposed. The results show that the system is feasible and that the power generation is adequate to cover the electrical energy demand in a specific environment. It is concluded that the implementation of this system can be cost-effective and beneficial to reduce conventional energy consumption.
Efficiency and Feasibility Analysis of a Renewable Energy Generation System based on Piezoelectric Principle
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