Climate change is expected to increase the frequency and intensity of extreme weather events. Therefore, individualised and timely advice on coping with thermal stress is needed to encourage protective strategies and reduce morbidity and even mortality among vulnerable populations. Such advice can be based on integrating human thermal models, weather forecasts and individual user characteristics. The current study focused on developing an algorithm to predict indoor air temperature and assess indoor thermal exposure with incomplete knowledge of the actual thermal conditions. The algorithm provides discrete temperature predictions through a decision tree classification with six simple building descriptors and three parameters harvested from weather forecast services. The data used to train and test the algorithm was obtained from field measurements in seven Danish households and building simulations considering three different climate regions ranging from temperate to hot and humid. The approach was able to correctly predict approximately 68% of the most frequent temperature levels. The findings suggest that it is possible to develop a simple method that predicts indoor air temperature with reasonable accuracy.
|Number of pages||3|
|Publication status||Published - 2021|
|Event||8th International Buildings Physics Conference 2021 - Online event, Copenhagen, Denmark|
Duration: 25 Aug 2021 → 27 Aug 2021
Conference number: 8
|Conference||8th International Buildings Physics Conference 2021|
|Period||25/08/2021 → 27/08/2021|