Application of Building Information Modeling for Energy Management ofUniversity Facility
碩士 === 國立臺灣科技大學 === 建築系 === 104 === Individual buildings within university campuses are often occupied by different departments in Taiwan, which has created a great challenge to the energy management task. To assist individual departments within universities in their energy management tasks, this st...
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ndltd-TW-104NTUS52220142017-11-12T04:38:35Z http://ndltd.ncl.edu.tw/handle/01450225368428545004 Application of Building Information Modeling for Energy Management ofUniversity Facility 建築信息模型於大學設施能源管理之應用 Danny Vernatha 許宗強 碩士 國立臺灣科技大學 建築系 104 Individual buildings within university campuses are often occupied by different departments in Taiwan, which has created a great challenge to the energy management task. To assist individual departments within universities in their energy management tasks, this study explores the application of Building Information Modelling in establishing the ‘BIM-based Energy Management Support System’ (BIM-EMSS). The BIM-EMSS consists of five components: (1) sensors installed for each occupant and each equipment, (2) electricity sub-meters (constantly logging lighting, HVAC, and socket electricity consumptions of each room), (3) data warehouse (for storing occupancy status and logged electricity consumption data), (4) BIM models of all rooms within individual departments’ facilities, and (5) energy management console that provide energy managers with energy management functions such as occupancy and equipment status display, energy consumption analyses and energy anomaly detection. Through the energy management console, the energy manager is able to (a) have 3D visualization (BIM model) of each room, in which the occupancy and equipment status detected by the sensors and the electricity consumptions data logged are displayed constantly; (b) to review daily, weekly and monthly energy consumption profiles and compare them against historical energy profiles; and (c) to obtain energy consumption anomaly detection warnings on certain rooms so that energy management corrective actions can be further taken (fault detection and diagnostic logic is employed to analyze the relation between space occupancy pattern with current space equipment setting to indicate an anomaly, such as when appliances turn on without occupancy). The BIM-EMSS was further implemented in a research lab in the Department of Architecture of NTUST in Taiwan and implementation results presented to illustrate how it can be used to assist individual departments within universities in their energy management tasks. Kung-Jen Tu 杜功仁 2016 學位論文 ; thesis 92 en_US |
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碩士 === 國立臺灣科技大學 === 建築系 === 104 === Individual buildings within university campuses are often occupied by different departments
in Taiwan, which has created a great challenge to the energy management task. To assist individual
departments within universities in their energy management tasks, this study explores the
application of Building Information Modelling in establishing the ‘BIM-based Energy
Management Support System’ (BIM-EMSS).
The BIM-EMSS consists of five components: (1) sensors installed for each occupant and each
equipment, (2) electricity sub-meters (constantly logging lighting, HVAC, and socket electricity
consumptions of each room), (3) data warehouse (for storing occupancy status and logged
electricity consumption data), (4) BIM models of all rooms within individual departments’
facilities, and (5) energy management console that provide energy managers with energy
management functions such as occupancy and equipment status display, energy consumption
analyses and energy anomaly detection.
Through the energy management console, the energy manager is able to (a) have 3D
visualization (BIM model) of each room, in which the occupancy and equipment status detected
by the sensors and the electricity consumptions data logged are displayed constantly; (b) to review
daily, weekly and monthly energy consumption profiles and compare them against historical
energy profiles; and (c) to obtain energy consumption anomaly detection warnings on certain
rooms so that energy management corrective actions can be further taken (fault detection and
diagnostic logic is employed to analyze the relation between space occupancy pattern with current
space equipment setting to indicate an anomaly, such as when appliances turn on without
occupancy).
The BIM-EMSS was further implemented in a research lab in the Department of Architecture
of NTUST in Taiwan and implementation results presented to illustrate how it can be used to assist
individual departments within universities in their energy management tasks.
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author2 |
Kung-Jen Tu |
author_facet |
Kung-Jen Tu Danny Vernatha 許宗強 |
author |
Danny Vernatha 許宗強 |
spellingShingle |
Danny Vernatha 許宗強 Application of Building Information Modeling for Energy Management ofUniversity Facility |
author_sort |
Danny Vernatha |
title |
Application of Building Information Modeling for Energy Management ofUniversity Facility |
title_short |
Application of Building Information Modeling for Energy Management ofUniversity Facility |
title_full |
Application of Building Information Modeling for Energy Management ofUniversity Facility |
title_fullStr |
Application of Building Information Modeling for Energy Management ofUniversity Facility |
title_full_unstemmed |
Application of Building Information Modeling for Energy Management ofUniversity Facility |
title_sort |
application of building information modeling for energy management ofuniversity facility |
publishDate |
2016 |
url |
http://ndltd.ncl.edu.tw/handle/01450225368428545004 |
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