Design And Development Of Piezoelectric Energy Harvester For Ultra Low Energy Electronics

Mazelan, Muhammad Imran Kasimee (2016) Design And Development Of Piezoelectric Energy Harvester For Ultra Low Energy Electronics. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Design And Development Of Piezoelectric Energy Harvester For Ultra Low Energy Electronics.pdf - Submitted Version Download (586kB)

Abstract

The reason for the study is to build up the potential power produce by the energy harvesting utilizing piezoelectric from the shoe. This new strategy for collecting itself will be utilized and anticipated that would capable of producing a DC voltage output, for instance, mobile phone. The piezoelectric sensor is the fundamental part in the design. It works with the pressure paced on it as a mechanical energy to be changed over into electrical energy. The piezoelectric energy harvesting system will be connected between rectangular planes at the base shoe. The results will be contributed by any hit of feet which the feet will step on the planes, in this manner will vibrates and giving the energy to the piezoelectric sensor to create power. At that point, the power produced in voltage is to revive the supercapacitor as capacity device before altered to be utilized for ultra low electronic. The project is an extremely compelling and competent to use as another method of the wasted energy harvesting to develop a system that can create power from movement utilizing the concept of piezoelectric transducer. The positive side to take as the main advantages is that the power will remain produced as long as the feet will continue moving. Moreover, the task is making into account of the eco green product as suggested and users who are utilizing the shoe can get benefits by the system.

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