 The exploitation of natural resources is associated with many natural hazards. Currently, the copper or deposits exploited in Polish mines are located at a depth of approximately 1,200 meters below the surface. This depth creates a major source of heat flux to the mine air. Additionally, another important source of heat is the machine plant, which primarily consists of machines powered by diesel engines. To account for this heat, the temperature of the rocks in the exploited areas must reach 48 degrees Celsius, which represents a significant source of heat flux to the mine air. However, another important source of heat is the machine plant, which mainly consists of machines powered by diesel engines. Following the results of incentive measurements, boundary conditions for a simulation were determined and a geometric model of the cabin was created. Furthermore, an average human model was created whose radiative heat transfer was included in the analysis. Three cases were studied, the first covering the current state of thermal conditions based on the measurement results and two cases of forecasted conditions. In the second case, the temperature of the conditioned air was determined and in the third, the flow velocity required to ensure thermal comfort was found. The results of the simulation indicated that this article was authored by Adam Robluski, Arcadish Smasek, Aleksandra Banasiewicz and others. We're article.tv, links in the description below.