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A pseudo dynamic analysis tool for thermal certification of dwellings

机译：用于住宅热认证的伪动态分析工具

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The determination of a normalised heating energy consumption of dwellings can be achieved in different ways f basic and complex calculation methods. as well as experimental procedures can be considered. This paper deals with a certification method based on a limited monitoring of the dwelling coupled with a pseudo dynamic analysis tool. Firstly, the energy performance of a monitored dwelling (a modern single family dwelling and situated in a mild climate) is estimated on the basis of previous energy bills and the application of the prEN832 calculation method; secondly, the obtained figures are compared with those resulting from the pseudo dynamic analysis of the monitoring results. One of the goals of the developed experimental method was to set-up a test procedure that would not disturb the regular life of the dwelling occupants. Therefore, extensive use was made of wireless technology and passive tracer gas techniques have been used to derive an integrated ventilation rate for the house. The background of the pseudo dynamic technique, monitoring disturbances due to building occupation and the overall accuracy of the method are presented. The impact of parameters used for normalising the consumption, such as degree--days or test reference years climatic data (TRY) is discussed. The aim of this paper is, however, not to come up with a well defined standard procedure for determining the normalised heating energy consumption of dwellings but rather to confront the developed method results with those of other procedures and to identify critical limitations routes for possible improvements.
机译：可以通过基本和复杂的计算方法以不同的方式确定住宅的归一化加热能耗。以及实验程序都可以考虑。本文讨论了一种基于对房屋的有限监控以及伪动态分析工具的认证方法。首先，根据先前的能源账单和prEN832计算方法的应用，估算受监控住宅（现代的单户住宅，气候温和）的能源性能。其次，将获得的数据与通过对监视结果进行伪动态分析得出的结果进行比较。开发的实验方法的目标之一是建立一种不会干扰居住者正常生活的测试程序。因此，无线技术被广泛使用，并且被动示踪气体技术已被用于得出房屋的综合通风率。介绍了伪动态技术的背景，监视由于建筑物占用引起的干扰以及该方法的整体准确性。讨论了用于标准化消耗量的参数的影响，例如度数-天数或测试参考年的气候数据（TRY）。但是，本文的目的不是提出一种确定标准的程序来确定住宅的标准化加热能耗，而是将开发的方法结果与其他程序的结果进行比较，并确定可能的改进措施的关键限制途径。 。

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