Walnum Harald Taxt, Sørensen Åse Lekang, Stråby Karolina
Department of Architectural Engineering, SINTEF, P.O. Box 124 Blindern, Oslo 0314, Norway.
Data Brief. 2021 Jun 15;37:107228. doi: 10.1016/j.dib.2021.107228. eCollection 2021 Aug.
The data article describes detailed measurements of domestic hot water (DHW) consumption in 12 Norwegian buildings. Included in this study are 4 hotels, 4 nursing homes, and 4 apartment buildings in the greater Oslo region. Flow and temperature measurements were performed on the DHW production system in each building's heating plant, for a duration of at least 6 weeks. The measurements were conducted with an interval of 1 s, and then averaged for 2 s before analysis in order to reduce data noise and measurement uncertainties. The data set includes flow rates, temperatures, energy for consumed hot water (CHW) and distribution losses in the hot water circulation (HWC). Reuse potentials consist of analyses related to flow rates, energy use and distribution losses, e.g. in peak flow rates analysis or DHW energy flexibility simulations. The measurements were performed within the research project "Energy for domestic hot water in the Norwegian low emission Society" (VarmtVann2030).
该数据文章描述了挪威12栋建筑中生活热水（DHW）消耗的详细测量情况。本研究涵盖大奥斯陆地区的4家酒店、4家养老院和4栋公寓楼。对每栋建筑供热厂的生活热水生产系统进行了流量和温度测量，持续时间至少为6周。测量间隔为1秒，然后在分析前对2秒的数据进行平均，以减少数据噪声和测量不确定性。数据集包括流量、温度、消耗的热水（CHW）能量以及热水循环（HWC）中的分配损失。再利用潜力包括与流量、能源使用和分配损失相关的分析，例如在峰值流量分析或生活热水能源灵活性模拟中。这些测量是在“挪威低排放社会中的生活热水能源”（VarmtVann2030）研究项目中进行的。
