Thermal Absorption Accumulation Simulator

The work consists of the development of a desktop application developed in the Python programming language, which simulates the thermal absorptance of materials in a solar air heating system based on materials with low environmental impact. In addition, a mathematical verification is carried out through the use of the “Maple” Software on the proposed model that emerges from the energy balance of a thermal reservoir, called Thermal Absorbance Material (TAM). The implemented computational algorithm contributes to facilitating the numerical interpretation of data in a faster and more visual way. Finally, the developed simulator allows to observe not only the temperature curve but also provides the dispersion of a continuum of values, which can help to infer the magnitudes of some variables present in the model, with greater simplicity and effectiveness.