Analysis on heat transfer between neighborhoods in high-rise buildings considering stack effect pressure and wind pressure

In view of the fact that the stack effect pressure and wind pressure in high-rise buildings are more significant, it is necessary to analyse the heat transfer between neighborhoods. Taking a 12-storey residential building in Shenyang city as the research object, calculates the heat transfer temperature difference and the heat transfer ratio between neighborhoods under the steady design condition with non-heating households at different locations in the building. The calculated results differ with the location change of heating and non-heating households in the building. The heat transfer temperature difference between neighborhoods is 2.8 to 11.4 ℃, the relative heat gain of non-heating households is 69% to 92%, and the relative heat loss of heating households is 4% to 96%. Stack effect pressure and wind pressure make the results different vertically in the building, with the vertical difference between the heat transfer temperature up to 21%, while the vertical difference between the heat transfer ratio within 10%. When the building changes to a 32-storey one, the temperature difference differs vertically up to 34%, but the heat transfer ratio differs vertically still within 10%.