Sustainable energy usage has been recognized as one
of the important measure to increase the competitiveness of the
nation globally. Many strong emphases were given in the Ninth
Malaysia Plan (RMK9) to improve energy efficient especially to
government buildings. With this in view, a project to investigate the
potential of energy saving in selected building in Universiti Tun
Hussein Onn Malaysia (UTHM) was carried out. In this project, a
case study involving electric energy consumption of the academic
staff office building was conducted. The scope of the study include to
identify energy consumption in a selected building, to study energy
saving opportunities, to analyse cost investment in term of economic
and to identify users attitude with respect to energy usage. The
MS1525:2001, Malaysian Standard -Code of practice on energy
efficiency and use of renewable energy for non-residential buildings
was used as reference. Several energy efficient measures were
considered and their merits and priority were compared. Improving
human behavior can reduce energy consumption by 6% while
technical measure can reduce energy consumption by 44%. Two
economic analysis evaluation methods were applied; they are the
payback period method and net present value method.
[1] Iqbal I and Al-Homoud M. S, "Parametric analysis of alternative energy
conservation measures in an office building in hot and humid climate",
Science Direct, Building and Environment 42, 2006, pp 2166-2177.
[2] Lollini, Barozzi, Fasano, Meroni and Zinzi, "Optimisation of opaque
components of the building envelope, energy, economic and
environmental issues", Science Direct, Building and Environment 41,
2006, pp 1001-1013.
[3] Adel Mourtada, "Cost and Energy Effects of the Ivorian Energy
Building Code", Pergamon Building and Environment, Vol. 31, 1996.
[4] Tommerup H and S. Svendsen J.R, "Energy-efficient houses built
according to the energy performance requirements introduced in
Denmark in 2006", Science Direct, Building and Environment, 2007.
[5] Ministry of Finance, "Period 2006-2010 Chapter19. Sustainable Energy
Development", Ministry of Finance, Malaysia, 2006.
[6] S. A. Chan, "Energy Efficiency - design low Energy Building Using
Energy 10", 2004.
[7] Development of Malaysian Standards and Sirim Berhad, "Malaysian
Standard -Code of practice on energy efficiency and use of renewable
energy for non-residential buildings", MS 1525: 2001, 2001.
[8] Ministry of Energy, Water, and Communication Malaysia, "Energy
Performance of LEO Building", Putrajaya, Malaysia, 2004.
[9] Malaysia Energy Centre, "Energy Smart - Energy Efficient , A Strategic
Resource", Putrajaya, Malaysia, 2005.
[10] Prof Ir. Mohammad Zainal, "Lecture Note - Air Condition System
Design Manual", UTHM, Unpublished, 2003.
[11] Lee Chong Son, "Economic analysis of conventional versus airflow
dyeing machineries in textile industry", Final Project, M. Eng (Mgnt),
UTM, 1998.
[12] Zamri Noranai, "Study of energy efficiency opportunities in Universiti
Tun Hussein Onn, Malaysia", Final Project, M. Eng, UTHM, 2008.
[1] Iqbal I and Al-Homoud M. S, "Parametric analysis of alternative energy
conservation measures in an office building in hot and humid climate",
Science Direct, Building and Environment 42, 2006, pp 2166-2177.
[2] Lollini, Barozzi, Fasano, Meroni and Zinzi, "Optimisation of opaque
components of the building envelope, energy, economic and
environmental issues", Science Direct, Building and Environment 41,
2006, pp 1001-1013.
[3] Adel Mourtada, "Cost and Energy Effects of the Ivorian Energy
Building Code", Pergamon Building and Environment, Vol. 31, 1996.
[4] Tommerup H and S. Svendsen J.R, "Energy-efficient houses built
according to the energy performance requirements introduced in
Denmark in 2006", Science Direct, Building and Environment, 2007.
[5] Ministry of Finance, "Period 2006-2010 Chapter19. Sustainable Energy
Development", Ministry of Finance, Malaysia, 2006.
[6] S. A. Chan, "Energy Efficiency - design low Energy Building Using
Energy 10", 2004.
[7] Development of Malaysian Standards and Sirim Berhad, "Malaysian
Standard -Code of practice on energy efficiency and use of renewable
energy for non-residential buildings", MS 1525: 2001, 2001.
[8] Ministry of Energy, Water, and Communication Malaysia, "Energy
Performance of LEO Building", Putrajaya, Malaysia, 2004.
[9] Malaysia Energy Centre, "Energy Smart - Energy Efficient , A Strategic
Resource", Putrajaya, Malaysia, 2005.
[10] Prof Ir. Mohammad Zainal, "Lecture Note - Air Condition System
Design Manual", UTHM, Unpublished, 2003.
[11] Lee Chong Son, "Economic analysis of conventional versus airflow
dyeing machineries in textile industry", Final Project, M. Eng (Mgnt),
UTM, 1998.
[12] Zamri Noranai, "Study of energy efficiency opportunities in Universiti
Tun Hussein Onn, Malaysia", Final Project, M. Eng, UTHM, 2008.
@article{"International Journal of Earth, Energy and Environmental Sciences:54531", author = "Zamri Noranai and Mohammad Zainal Md Yusof", title = "Study of Energy Efficiency Opportunities in UTHM", abstract = "Sustainable energy usage has been recognized as one
of the important measure to increase the competitiveness of the
nation globally. Many strong emphases were given in the Ninth
Malaysia Plan (RMK9) to improve energy efficient especially to
government buildings. With this in view, a project to investigate the
potential of energy saving in selected building in Universiti Tun
Hussein Onn Malaysia (UTHM) was carried out. In this project, a
case study involving electric energy consumption of the academic
staff office building was conducted. The scope of the study include to
identify energy consumption in a selected building, to study energy
saving opportunities, to analyse cost investment in term of economic
and to identify users attitude with respect to energy usage. The
MS1525:2001, Malaysian Standard -Code of practice on energy
efficiency and use of renewable energy for non-residential buildings
was used as reference. Several energy efficient measures were
considered and their merits and priority were compared. Improving
human behavior can reduce energy consumption by 6% while
technical measure can reduce energy consumption by 44%. Two
economic analysis evaluation methods were applied; they are the
payback period method and net present value method.", keywords = "office building, energy, efficiency, economic
analyses", volume = "5", number = "5", pages = "305-7", }