Abstract
The paper presents the results of mathematical modeling and experimental research of the effect of a heataccumulating wall with a water heat exchanger on building cooling. It is shown that the use of such a wall reduces electric power consumption and improves the thermal comfort in the premises under climatic conditions of Latakia in Syria. The results of mathematical modeling using the TRNSYS program made it possible to define the effective location of the wall towards the sun, as well as the parameters and operation mode of the water heat exchanger. To verify the adequacy of the model the experimental studies of two rooms were carried out. One of the rooms was a reference and the second had a heataccumulating wall with a water heat exchanger designed in conformity with the data resulted from the modeling. The experimental results showed a satisfactory convergence with the results of mathematical modeling
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