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Nationwide Energy Saving Analysis for Office Buildings with Occupant Centric Building Controls

机译:乘坐中心建筑控制的办公楼全国节能分析

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The heating ventilation and air-conditioning (HVAC) system is a major contributor to building energy consumption. In this paper, the energy savings potential of implementing occupant centric control (OCC)for HVAC systems in office buildings is quantified on a nationwide basis. Firstly, the medium-sized office from the DOE Commercial Prototype Building Models was modified to facilitate the research purpose. Then, both a baseline case and two OCC cases were created based on ASHRAE Standard 90.1 -2016 and ASHRAE Guideline 36. Next, the baseline case and the two OCC cases were further modified to represent different versions of ASHRAE Standard 90.1 (e.g., ASHRAE Standard 90.1-2004, ASHRAE Standard 90.1-2010), and all the 16 representative climates in the U.S. (e.g., Buffalo, NY for climate zone 5A). Finally, the HV AC energy consumptions of the medium-sized office model for different climates and different versions of ASHRAE. Standard are analyzed to understand the energy savings potential of such an OCC on a nationwide basis.
机译:加热通风和空调(HVAC)系统是建立能源消耗的主要贡献者。本文在全国范围内量化了办公楼中的HVAC系统的乘员中心控制(OCC)的节能潜力。首先,从DOE商业原型建筑模型中的中型办公室被修改,以促进研究目的。然后,基于ASHRAE标准90.1 -2016和ASHRAE指南36创建基线案例和两种OCC病例。接下来,进一步修改基线案例和两种OCC病例以代表不同版本的ASHRAE标准90.1(例如,ASHRAE标准90.1-2004,Ashrae标准90.1-2010),以及美国的所有16个代表性气候(例如,水牛,气候区5A的NY)。最后,用于不同气候和不同版本的Ashrae中型办公模型的HV AC能量消耗。分析标准以了解全国范围内的能源节省潜力。

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