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A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)

Malaysia face the challenge in finding the right fuel mix in order to ensure sustainable and secure energy supply. Moving toward 2050, the fuel cell energy system is targeting to be one of potential green energy. In order to strengthen the implementation of fuel cell in Malaysia, this research aim:...

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Main Authors: Mohd Shafie, Shafini, Othman, Zakirah, Hami, Norsiah, Omar, Salmah
Format: Monograph
Language:English
Published: UUM 2021
Subjects:
TD Environmental technology. Sanitary engineering
Online Access:https://repo.uum.edu.my/id/eprint/31577/1/14199.pdf
https://repo.uum.edu.my/id/eprint/31577/
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spelling my.uum.repo.315772024-11-18T14:50:31Z https://repo.uum.edu.my/id/eprint/31577/ A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199) Mohd Shafie, Shafini Othman, Zakirah Hami, Norsiah Omar, Salmah TD Environmental technology. Sanitary engineering Malaysia face the challenge in finding the right fuel mix in order to ensure sustainable and secure energy supply. Moving toward 2050, the fuel cell energy system is targeting to be one of potential green energy. In order to strengthen the implementation of fuel cell in Malaysia, this research aim: a) to determine the life cycle analysis of fuel cell-based electricity generation from environment and economic aspect b) to develop a model of life cycle fuel cell-based electricity generation for environment and economic aspect. The case study involves with selected biomass mill that utilizes their residue to generate electricity in Malaysia. Interview and direct observation used to get in-depth information that crucial for fulfilling the second objective. Life cycle cost for both individual and centralized system are RM 2.56 / kWh and RM 7.04 / kWh, respectively. Then the carbon dioxide emissions are 0.2034 CO2-EQ / kWh and 0.61 CO2-EQ / kWh. The optimum design of power plant in Sarawak alone generated 847.91 MW and in Pahang is about 604.26 MW. The implication of this research can encourage the utilization of renewable energy in parallel to government policy to move with green energy and help to achieve the target of 4000MW of RE capacity in 2030. This significant serve as guideline for policy maker in the implementation more renewable energy in Malaysia UUM 2021 Monograph NonPeerReviewed application/pdf en https://repo.uum.edu.my/id/eprint/31577/1/14199.pdf Mohd Shafie, Shafini and Othman, Zakirah and Hami, Norsiah and Omar, Salmah (2021) A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199). Technical Report. UUM. (Submitted)
institution Universiti Utara Malaysia
building UUM Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Utara Malaysia
content_source UUM Institutional Repository
url_provider http://repo.uum.edu.my/
language English
topic TD Environmental technology. Sanitary engineering
spellingShingle TD Environmental technology. Sanitary engineering
Mohd Shafie, Shafini
Othman, Zakirah
Hami, Norsiah
Omar, Salmah
A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)
description Malaysia face the challenge in finding the right fuel mix in order to ensure sustainable and secure energy supply. Moving toward 2050, the fuel cell energy system is targeting to be one of potential green energy. In order to strengthen the implementation of fuel cell in Malaysia, this research aim: a) to determine the life cycle analysis of fuel cell-based electricity generation from environment and economic aspect b) to develop a model of life cycle fuel cell-based electricity generation for environment and economic aspect. The case study involves with selected biomass mill that utilizes their residue to generate electricity in Malaysia. Interview and direct observation used to get in-depth information that crucial for fulfilling the second objective. Life cycle cost for both individual and centralized system are RM 2.56 / kWh and RM 7.04 / kWh, respectively. Then the carbon dioxide emissions are 0.2034 CO2-EQ / kWh and 0.61 CO2-EQ / kWh. The optimum design of power plant in Sarawak alone generated 847.91 MW and in Pahang is about 604.26 MW. The implication of this research can encourage the utilization of renewable energy in parallel to government policy to move with green energy and help to achieve the target of 4000MW of RE capacity in 2030. This significant serve as guideline for policy maker in the implementation more renewable energy in Malaysia
format Monograph
author Mohd Shafie, Shafini
Othman, Zakirah
Hami, Norsiah
Omar, Salmah
author_facet Mohd Shafie, Shafini
Othman, Zakirah
Hami, Norsiah
Omar, Salmah
author_sort Mohd Shafie, Shafini
title A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)
title_short A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)
title_full A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)
title_fullStr A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)
title_full_unstemmed A Model of Fuel Cell Based Electricity Generation in Malaysia: Life Cycle Approach (S/O 14199)
title_sort model of fuel cell based electricity generation in malaysia: life cycle approach (s/o 14199)
publisher UUM
publishDate 2021
url https://repo.uum.edu.my/id/eprint/31577/1/14199.pdf
https://repo.uum.edu.my/id/eprint/31577/
_version_ 1816134275259432960
score 13.222552

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