TY - JOUR
TI - Effect of composite polystyrene granular thermal insulation mortar on thermal energy storage of building energy consumption
AU - Wei Chenghui
AU - Chen Hao
AU - Li Haiqiang
JN - Thermal Science
PY - 2023
VL - 27
IS - 2
SP - 959
EP - 965
PT - Article
AB - In order to save energy and reduce building energy consumption, the author  pro­posed a study on the impact of composite polystyrene particle thermal  insulation mortar on building energy consumption and thermal energy storage,  take the ETIRS-C residence as the research object, through simulation  calculation under different insulation mortar thickness, analyze the  relationship between insulation thickness and energy consumption and thermal  environment. According to the simulation calculation of room temperature,  horizontally, the thickness of thermal insulation mortar in air conditioning  season is not sensitive to the natural room temperature, there is a certain  sensitivity to the natural room temperature in the heating season, in the  longitudinal direction, the 30 mm thick insulation mortar is the jumping  point, and the increase of the thickness of insulation mortar has no obvious  effect on the natural room temperature. According to the simulation  cal­culation of room energy consumption, the thickness of thermal insulation  mortar is about 20 mm, and both heat and cold consumption have achieved good  thermal insulation and energy saving effect, further increasing the  thickness of thermal insulation mortar will have limited impact on energy  consumption, which may be uneconomical and increase the cost and  construction difficulty. Therefore, based on the aforementioned results, it  can be considered that the thickness of thermal insulation mortar should  preferably be controlled within 20-30 mm.