Optimization of hybrid microgenerator based on electromagnetic and piezelectric

Anuar, Fatin Alia (2015) Optimization of hybrid microgenerator based on electromagnetic and piezelectric. Project Report. Universiti Teknikal Malaysia Melaka. (Submitted)

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Abstract

Nowadays people are exposed with the development of technology with wireless energy harvesting that capable of generating electricity. Energy harvesting is defined as the process of deriving external source energy and connecting them into useable electrical energy and then stores it for powering miniscale wireless electronic devices. There are some methods used to generate electrical energy that based on vibration such as using piezoelectric, electromagnetic and electrostatic. The hybrid energy harvester that will be focused in this project consists of piezoelectric and electromagnetic that being coupled together. The aim of this project generally is to investigate and check the performance result when these piezoelectric and electromagnetic are investigated. This project will be analyze the output power generated based on hybrid energy harvesting for piezoelectric and electromagnetic by varying the structures’ configurations including connected it in series and parallel configurations. The energy harvesting models that consist of two hybrid harvester which piezoelectric cantilever beam and coil with magnets bar on the shaker as vibration generator will be carry out to analyze the simulation.

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