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The paper deals with the development of the new numerical model of heat transfer with latent heat storage including short wave radiation. The model is based on original, moving mushy volume approach which is described in details taking into account more realistic description of phase change transition of PCM layer. The main advantages of presented method is the determination of solar radiation distribution within the structure and taking into account the intermittent properties of mushy state of PCM. The model was adopted to analyse heat transfer in complex triple glass component with one cavity filled with PCM. The initial simulation results presents the temperature distribution as well as latent heat storage. The results were presented for characteristic days in a year.

Modeling of Thermal and Optical Processes in Translucent Structures Filled with PCM Layer Using Moving Mushy Volume Approach