Management Review of Energy Consumption: The Energy Saving Opportunity in University Buildings

V. Pujani, F. Akbar, R. Nazir
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引用次数: 6

Abstract

The building is identified as one of the largest electricity user. The reduction of energy consumption in the building sector has the considerable opportunity and the significant impact on the growth of energy demand, consequently, it would reduce the production of the carbon emissions globally. This paper analyzes the real-time monitoring result of power and energy consumption for 3 building sample in Andalas University, Indonesia, in order to find energy saving opportunities. In this study a real-time energy monitoring system has been developed, hence their results were recorded in every five minutes for each building. The data recorded was analyzed and plotted to obtain the energy patterns consumed daily during 3 months and the pattern of load power weekly. The opportunity of the energy savings can be analyzed by reviewing the relationship between the pattern of load power weekly and energy consumed patterns daily. In meantime, the activities in the building/rooms related to consume electrical energy based on the working time, lecturing schedules, academic calendar and field observations toward energy user and load behaviors. The analysis results have obtained opportunities for energy savings the outside of working hours in the building of engineering faculty, lecturing, and central library, respectively: 21.06%, 20.17%, and 9.85%. Meanwhile, during working hours, the opportunities for energy savings are still qualitative results. A short-term solution in implementing energy saving opportunities could be done through the management policy.
能耗管理综述:高校建筑节能机遇
该建筑被认为是最大的用电量之一。减少建筑领域的能源消耗具有相当大的机会和对能源需求增长的重大影响,因此,它将减少全球碳排放的产生。本文通过对印尼Andalas大学3栋建筑样本的电力和能耗实时监测结果进行分析,寻找节能的机会。在这项研究中,开发了一个实时能源监测系统,因此每五分钟记录一次每个建筑物的结果。对记录的数据进行分析和绘图,得到3个月内每天消耗的能量规律和每周负荷功率规律。通过回顾每周负荷电量模式与每日能耗模式之间的关系,可以分析节能的机会。同时,根据工作时间、课程表、学历以及对能源用户和负荷行为的实地观察,对建筑/房间内与消耗电能相关的活动进行分析。分析结果表明,工程院系建筑、讲堂建筑和中央图书馆在工作时间以外的节能机会分别为21.06%、20.17%和9.85%。同时,在工作时间,节能的机会仍然是定性的结果。实施节能机会的短期解决方案可以通过管理政策来实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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