Building Energy Conservation Strategies Evaluation and Simulation

B. Wang, C. Lo, Min-Der Lin
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引用次数: 1

Abstract

From the view of life cycle, the energy consumption and CO2 emission of office buildings are found to mainly occur during the operation and maintenance stages and can be up to 80%. Furthermore, building design factors such as orientation, window glass types, window to wall ratio, building envelope insulation, sunshade device, air conditioner temperature, and illumination control all have significant impacts on the energy consumption of the office buildings. Therefore, the objective of this study is to investigate the efficacy of energy conservation strategies for office buildings in Taiwan. An existing office building in Taichung is used as a case study and energy conservation strategies are simulated and evaluated by Energy Plus model. It is found that the building investigated in this study can save up to 20% annual energy consumption by implementing suitable energy conservation strategies into the existing system.
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建筑节能策略评价与仿真
从生命周期的角度来看,办公楼的能耗和CO2排放主要发生在运行和维护阶段,最高可达80%。此外,朝向、窗户玻璃类型、窗墙比、建筑围护结构保温、遮阳装置、空调温度、照明控制等建筑设计因素都对办公楼的能耗有显著影响。因此,本研究旨在探讨台湾地区办公建筑节能策略之效能。本文以台中市一现有办公楼为例,运用energy Plus模型对节能策略进行模拟与评估。研究发现,通过在现有系统中实施适当的节能策略,本研究调查的建筑每年可节省高达20%的能源消耗。
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