The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating

The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating

Malaysia has taken several approaches to address the impact from climate change. One of the key approaches is via setup of Energy Management Gold Standard (EMGS) certification system. EMGS provides excellence in energy management system particularly on infrastructure that consumes a lot of energy. P...

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Main Author: Othman, Noor Mohd. Fadzli
Format: Thesis
Language:English
Published: 2022
Subjects:
TP Chemical technology
Online Access:http://eprints.utm.my/102576/1/NoorMohdFadzliMSChE2022.pdf
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spelling my-utm-ep.1025762023-09-09T01:34:03Z The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating 2022 Othman, Noor Mohd. Fadzli TP Chemical technology Malaysia has taken several approaches to address the impact from climate change. One of the key approaches is via setup of Energy Management Gold Standard (EMGS) certification system. EMGS provides excellence in energy management system particularly on infrastructure that consumes a lot of energy. Petrol Stations being one of such infrastructures, generally consumes a lot of electricity. Although, this type facility is not focused nor implemented with any Power Quality and Energy Efficiency improvement as well as Sustainable Energy Management Systems (SEMS). In addition, there has never been a PETROL station being awarded with AEMAS EMGS certification. Thus, the research purpose is to study and investigate the design features of an energy efficient petrol station to meet the relevant standards and AEMAS EMGS requirement. The scope is to cover a typical petrol station with a grid connection at 0.415kV. This research proposed ten (10) steps towards improving the power quality, energy efficiency and energy management system of a petrol station. The results were able to outline several design features that could qualify a Petrol station to be an energy efficient petrol station. The project has also established a new formulation and integrate three main core topics of Power Quality, Energy Efficiency and Energy Management system towards ensuring sustainable energy savings via structured approach, towards energy efficiency improvement. This project outcome is hoped to instigate effort towards establishment and pursuance of petrol station with reputable AEMAS EMGS certification, and at the same time reduce the GHG emission, sustain energy efficiency improvement and secure savings of electricity bills expenses. 2022 Thesis http://eprints.utm.my/102576/ http://eprints.utm.my/102576/1/NoorMohdFadzliMSChE2022.pdf application/pdf en public http://dms.library.utm.my:8080/vital/access/manager/Repository/vital:152168 masters Universiti Teknologi Malaysia, Faculty of Engineering - School of Chemical & Energy Engineering Faculty of Engineering - School of Chemical & Energy Engineering
institution Universiti Teknologi Malaysia
collection UTM Institutional Repository
language English
topic TP Chemical technology
spellingShingle TP Chemical technology
Othman, Noor Mohd. Fadzli
The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating
description Malaysia has taken several approaches to address the impact from climate change. One of the key approaches is via setup of Energy Management Gold Standard (EMGS) certification system. EMGS provides excellence in energy management system particularly on infrastructure that consumes a lot of energy. Petrol Stations being one of such infrastructures, generally consumes a lot of electricity. Although, this type facility is not focused nor implemented with any Power Quality and Energy Efficiency improvement as well as Sustainable Energy Management Systems (SEMS). In addition, there has never been a PETROL station being awarded with AEMAS EMGS certification. Thus, the research purpose is to study and investigate the design features of an energy efficient petrol station to meet the relevant standards and AEMAS EMGS requirement. The scope is to cover a typical petrol station with a grid connection at 0.415kV. This research proposed ten (10) steps towards improving the power quality, energy efficiency and energy management system of a petrol station. The results were able to outline several design features that could qualify a Petrol station to be an energy efficient petrol station. The project has also established a new formulation and integrate three main core topics of Power Quality, Energy Efficiency and Energy Management system towards ensuring sustainable energy savings via structured approach, towards energy efficiency improvement. This project outcome is hoped to instigate effort towards establishment and pursuance of petrol station with reputable AEMAS EMGS certification, and at the same time reduce the GHG emission, sustain energy efficiency improvement and secure savings of electricity bills expenses.
format Thesis
qualification_level Master's degree
author Othman, Noor Mohd. Fadzli
author_facet Othman, Noor Mohd. Fadzli
author_sort Othman, Noor Mohd. Fadzli
title The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating
title_short The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating
title_full The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating
title_fullStr The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating
title_full_unstemmed The design and key features of an energy efficient petrol station - towards achieving an AEMAS EMGS star rating
title_sort design and key features of an energy efficient petrol station - towards achieving an aemas emgs star rating
granting_institution Universiti Teknologi Malaysia, Faculty of Engineering - School of Chemical & Energy Engineering
granting_department Faculty of Engineering - School of Chemical & Energy Engineering
publishDate 2022
url http://eprints.utm.my/102576/1/NoorMohdFadzliMSChE2022.pdf
_version_ 1783729184736018432

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