4.5 Review

Microclimatic Monitoring-The Beginning of Saving Historical Sacral Buildings in Europe

期刊

ENERGIES
卷 16, 期 3, 页码 -

出版社

MDPI
DOI: 10.3390/en16031156

关键词

historical building; climate; monitoring; temperature; humidity; cultural heritage

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A suitable indoor climate is important for the lifespan of historical buildings, and monitoring current conditions is the first step. Monitoring the indoor climate of historical buildings is crucial, and it is motivated by factors such as heating installation and biotic damage. Through analysis, a strong connection was found between thermal comfort and churches. This review also summarizes the reasons for conducting microclimate monitoring studies in historical religious buildings in Europe.
A suitable indoor climate positively affects the lifespan of historical building structures. The path to an agreeable climate begins with monitoring current conditions. Considerable attention is given to monitoring the indoor climate of historical buildings. The motivation for monitoring air temperature and surface temperatures, relative air humidity or airflow can be, for example, the installation of heating, the occurrence of biotic damage, and others. Through the analysis of the most frequently used keywords, a strong connection was found, for example, between thermal comfort and the church. This review also summarises the various reasons for conducting microclimate monitoring studies in historical religious buildings on the European continent. It is supplemented with an evaluation of the monitoring methodology from the chosen period of the year point of view, the measured parameters, and the length of the interval between the recordings of quantities. It was found that in more than one-third of the cases, the recording time was less than or equal to 15 min, but mostly less than or equal to 1 h. Quite often, monitoring results are used to calibrate a simulation model describing the hydrothermal behaviour of a historical object under various operation alternatives (e.g., influence of ventilation, climate change, occupancy, etc.). This way, it is possible to test various intelligent systems in the virtual world without much risk before they are used in an actual building application.

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