Simulation of Heat Transfer Process of Capillary Plane Air Conditioning Based on Numerical Simulation

To strengthen the heat transfer process of capillary planar air conditioning system and improve the cooling capacity of air conditioning system, the heat transfer process between capillary planar radiant air conditioning system and outdoor environment is simulated by taking the actual space model as an example. Firstly, the working principle of the capillary plane porous field system is described, and the mathematical model of the system heat transfer analysis is analyzed combined with the mathematical principle. Then, the theory of computational fluid dynamics is applied, the k-ε model is used to make reasonable assumptions, and the numerical calculation problems such as the discretization and coupling solution of the equation are discussed. The model is meshed and the boundary conditions are set. Finally, the heat transfer of the external walls and windows of the capillary plane radiation air conditioning system is analyzed by the software simulation, and the change curve is drawn according to the simulation, which proves the feasibility and effectiveness of the scheme in this paper.