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Energy performance and indoor air quality in modern buildings in Greenland-Case study Apisseq

机译:格陵兰岛现代建筑的能源性能和室内空气质量-案例研究Apisseq

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A new dormitory for engineering students "Apisseq" was built in Sisimiut, Greenland in 2010. Its purpose is not only to provide accommodation for students, but thanks to its complex monitoring system, it enables researchers to evaluate the building's energy performance and indoor air quality. Some of the installed technologies are not commonly used in the current Greenlandic building stock. Therefore, evaluation of their performance under local conditions is essential for further use and development. The first year of operation has disclosed some errors made during the design process and construction phase, which have negative effects on the energy performance and indoor air quality. The heat demand in 2011 was 26.5% higher than expected. One of the main causes of the extra heat demand is the fact that the ventilation system was over-dimensioned, and although it is running on the lowest fan power it maintains 1.1 ACH in the building. Reduction of the airflows and better frost protection of the heat exchangers are important issues to be dealt with in order to decrease the heat demand. This article describes the building and how it is evaluated after the first year of operation, and it explains some of the revealed problems.
机译:2010年在格陵兰的Sisimiut新建了一个面向工程专业学生的宿舍“ Apisseq”。其目的不仅是为学生提供住宿,而且由于其复杂的监控系统,它使研究人员能够评估建筑物的能源性能和室内空气质量。当前的格陵兰建筑存量中不常用某些已安装的技术。因此,在当地条件下对其性能进行评估对于进一步使用和开发至关重要。在运营的第一年中,披露了在设计过程和施工阶段出现的一些错误,这些错误对能源性能和室内空气质量产生负面影响。 2011年的供热需求比预期高26.5%。导致额外热量需求的主要原因之一是通风系统尺寸过大,尽管它以最低的风扇功率运行,但在建筑物中仍保持1.1 ACH。为了减少热量需求,减少气流和更好地保护热交换器的防霜是需要解决的重要问题。本文介绍了该建筑物以及在运营的第一年后如何对其进行评估,并解释了其中一些隐患。

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