Results of Mathematical Modeling Determining Heat Loss Of Buildings With Sheep Wool Insulation

In the situation where the countries of the world are defining their new development direction as "Green Economy", it is necessary for Mongolia to define and develop strategic development policies for all sectors of the economy [2]. Therefore, according to the research methodology, the thermal insulation parameters of the Mongolian sheep wool thermal insulation material, which keeps the microvapor life of the room constant, is completely decomposed and absorbed by nature, and absorbs harmful substances such as formaldehyde, nitrogen dioxide, and sulfur. Therefore, after analyzing the results of this study and analyzing the main factors affecting heat loss, such as thickness, heat transfer coefficient, and other factors, the coefficient of determination is 0.998, and a practical model was obtained. From this model, when the heat transfer coefficient increases by 0.001 units, the heat loss increases by 0.4 W. Among the four types of samples, the heat loss of the 4th sample, which is different from each other, is the lowest, so it will be manufactured with the technological solution of this type of version in the future and used as a building thermal insulation material. It was determined by the results of the research that it is effective.