Design an energy system to harvest green energy from moving vehicles

With the advance in technology, electrical energy is widely consumed for human daily activities. However, the energy is mainly produced by the non-renewable energy such as fossil fuels and coal. The usage of the resources is limited and has lead to climate changes. Therefore, alternatives are being...

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Main Author: Lim Edwin
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Published: 2023
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spelling my.uniten.dspace-216352023-05-05T10:48:45Z Design an energy system to harvest green energy from moving vehicles Lim Edwin Root bump power generation With the advance in technology, electrical energy is widely consumed for human daily activities. However, the energy is mainly produced by the non-renewable energy such as fossil fuels and coal. The usage of the resources is limited and has lead to climate changes. Therefore, alternatives are being sourced to overcome the predicament and renewable energy has been listed as one of the major solution. Furthermore, energy can be conserved through different working mechanism and method to minimize energy lost to the surrounding. In conjunction with that, moving vehicles produce kinetic energy when moving which can be used as an input for energy conversion system to produce a beneficial output. The project is aimed to design an energy system to harvest green energy from moving vehicles. The major factor that influences the design of the entire system is to identify the suitable working mechanism for the project which is able to harvest the maximum energy from vehicles to obtain electrical energy. The output of the system is determined by the energy conversion and transmission. Besides, the reliability, stability and the durability of the overall design are also considered. 2023-05-03T17:30:02Z 2023-05-03T17:30:02Z 2020-02 https://irepository.uniten.edu.my/handle/123456789/21635 application/pdf
institution Universiti Tenaga Nasional
building UNITEN Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Tenaga Nasional
content_source UNITEN Institutional Repository
url_provider http://dspace.uniten.edu.my/
topic Root bump power generation
spellingShingle Root bump power generation
Lim Edwin
Design an energy system to harvest green energy from moving vehicles
description With the advance in technology, electrical energy is widely consumed for human daily activities. However, the energy is mainly produced by the non-renewable energy such as fossil fuels and coal. The usage of the resources is limited and has lead to climate changes. Therefore, alternatives are being sourced to overcome the predicament and renewable energy has been listed as one of the major solution. Furthermore, energy can be conserved through different working mechanism and method to minimize energy lost to the surrounding. In conjunction with that, moving vehicles produce kinetic energy when moving which can be used as an input for energy conversion system to produce a beneficial output. The project is aimed to design an energy system to harvest green energy from moving vehicles. The major factor that influences the design of the entire system is to identify the suitable working mechanism for the project which is able to harvest the maximum energy from vehicles to obtain electrical energy. The output of the system is determined by the energy conversion and transmission. Besides, the reliability, stability and the durability of the overall design are also considered.
format
author Lim Edwin
author_facet Lim Edwin
author_sort Lim Edwin
title Design an energy system to harvest green energy from moving vehicles
title_short Design an energy system to harvest green energy from moving vehicles
title_full Design an energy system to harvest green energy from moving vehicles
title_fullStr Design an energy system to harvest green energy from moving vehicles
title_full_unstemmed Design an energy system to harvest green energy from moving vehicles
title_sort design an energy system to harvest green energy from moving vehicles
publishDate 2023
_version_ 1806428052092092416
score 13.222552