Thermal system for capturing solar energy in a house: Muro trombe.

The aim of this study is to demonstrate the validity of the use of the Trombe wall, through its application in a house located in a cold climate area, to achieve the highest level of thermal comfort with minimum energy consumption. To do this, exploratory, documentary, field and experimental research is used, since it is based on digital and printed sources, on the collection of climatic data of the chosen site and on experimentation through a scale housing model with Trombe wall, to which controlled heat sources were applied, whose results were verified through thermal cameras. As a result of the work carried out, it was possible to demonstrate that, through the use of the wall t rombre, the heat of the sun is received, stored and transmitted to the interior space of the house studied, increasing the temperature from 18.7 ° to 22 ° Celsius, guaranteeing, in this way, the comfort of the users. Finally, it is concluded that the Trombe wall does constitute a passive design alternative that allows, through its implementation in bioclimatic housing projects, located in cold climates, to raise the levels of thermal comfort, both in winter and summer, with low energy consumption. [ABSTRACT FROM AUTHOR]