Green building energy consumption analysis at operational stage

Energy consumption in a building is one of the main aspects of green building certification, according to GBCI GREENSHIP for New Building Standard, energy consumption ranked first in terms of evaluation. This is means that energy consumption in a green building should really be considered to get a g...

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Main Author:	Pranata Putra, Hardiansyah
Format:	Thesis
Published:	2012
Subjects:	TJ Mechanical engineering and machinery
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id	my-utm-ep.32386
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spelling	my-utm-ep.323862020-11-19T07:53:33Z Green building energy consumption analysis at operational stage 2012-08 Pranata Putra, Hardiansyah TJ Mechanical engineering and machinery Energy consumption in a building is one of the main aspects of green building certification, according to GBCI GREENSHIP for New Building Standard, energy consumption ranked first in terms of evaluation. This is means that energy consumption in a green building should really be considered to get a good rating in the certification process. In Indonesia, the only government building that is certified as platinum is Ministry of public works new green building, that rank is the highest rank, that certification rank achieved at design stage, however, for the operation stage, the building has not yet received certification from the GBCI. One of the aspects that affect energy consumption in green buildings at the operational stage is the behavior of its occupant. That is why the aim of this study is to find out whether the energy consumption in building operation stage, which is affected by the behavior of its occupant, will be more than the energy consumption at the design stage, which later will affect the rank of certification by the GBCI. To calculate the energy consumption at operational stage, the data collection of energy at design stage based on the drawing plan and operational stage trough an observation is needed, using this two data then the comparison will be made. Based on the analyzed results which was done by calculating the energy consumption both at the design stage and on operational stage which is affected by it behavior of its occupant, showed that the Ministry of Public Works building energy consumption operation stage not exceed the energy consumption at the design stage. This is happened because at the design stage the calculation of energy consumption is flat, without considering the behavior of its occupant. Based on the analysis results we also know that the behavior of the occupant is indeed affected the energy consumption but it is not to make the energy consumption at operational stage exceeds energy consumption at design stage, so based on this initial results, the new green building of Ministry of public works certification for energy feature at operational stage will remain platinum. 2012-08 Thesis http://eprints.utm.my/id/eprint/32386/ masters Universiti Teknologi Malaysia, Faculty of Built Environment Faculty of Built Environment
institution	Universiti Teknologi Malaysia
collection	UTM Institutional Repository
topic	TJ Mechanical engineering and machinery
spellingShingle	TJ Mechanical engineering and machinery Pranata Putra, Hardiansyah Green building energy consumption analysis at operational stage
description	Energy consumption in a building is one of the main aspects of green building certification, according to GBCI GREENSHIP for New Building Standard, energy consumption ranked first in terms of evaluation. This is means that energy consumption in a green building should really be considered to get a good rating in the certification process. In Indonesia, the only government building that is certified as platinum is Ministry of public works new green building, that rank is the highest rank, that certification rank achieved at design stage, however, for the operation stage, the building has not yet received certification from the GBCI. One of the aspects that affect energy consumption in green buildings at the operational stage is the behavior of its occupant. That is why the aim of this study is to find out whether the energy consumption in building operation stage, which is affected by the behavior of its occupant, will be more than the energy consumption at the design stage, which later will affect the rank of certification by the GBCI. To calculate the energy consumption at operational stage, the data collection of energy at design stage based on the drawing plan and operational stage trough an observation is needed, using this two data then the comparison will be made. Based on the analyzed results which was done by calculating the energy consumption both at the design stage and on operational stage which is affected by it behavior of its occupant, showed that the Ministry of Public Works building energy consumption operation stage not exceed the energy consumption at the design stage. This is happened because at the design stage the calculation of energy consumption is flat, without considering the behavior of its occupant. Based on the analysis results we also know that the behavior of the occupant is indeed affected the energy consumption but it is not to make the energy consumption at operational stage exceeds energy consumption at design stage, so based on this initial results, the new green building of Ministry of public works certification for energy feature at operational stage will remain platinum.
format	Thesis
qualification_level	Master's degree
author	Pranata Putra, Hardiansyah
author_facet	Pranata Putra, Hardiansyah
author_sort	Pranata Putra, Hardiansyah
title	Green building energy consumption analysis at operational stage
title_short	Green building energy consumption analysis at operational stage
title_full	Green building energy consumption analysis at operational stage
title_fullStr	Green building energy consumption analysis at operational stage
title_full_unstemmed	Green building energy consumption analysis at operational stage
title_sort	green building energy consumption analysis at operational stage
granting_institution	Universiti Teknologi Malaysia, Faculty of Built Environment
granting_department	Faculty of Built Environment
publishDate	2012
_version_	1747815990105735168

Green building energy consumption analysis at operational stage

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