CALIBRAÇÃO DE UM MODELO COMPUTACIONAL DE UMA HABITAÇÃO DE INTERESSE SOCIAL MULTIFAMILIAR EM BELÉM-PA

Abstract

This paper consists on calibration a model social housing’s. The computational model was build up from the Euclide and EnergyPlus softwares. The social housing’s analyzed is located on Belém’s city and is part of a Bioclimatic Zone classified as 8. Two control variables were analyzed: the coverage geometry and the thermal properties of the envelope materials. The answer's variable for the simulated model and the in loco measurement was the dry bulb temperature for two extended permanence environments. The measurements occurred from December 5 to 10, 2017. The comparison between the temperatures obtained in the simulation of the computational model and in the temperature monitored environments was done through two main statistical indicators: mean deviation and mean square error. Also granting the Coefficient of Variation of the Root Mean Squared Error, CV(RMSE) and the Normalized Mean Bias Error (NMBE). The results showed that the temperature values be achieved on the simulation have presented a good correlation with the monitored temperatures, emphasizing the importance of calibration as an interesting tool on during computational model's configuration.