TY - JOUR
TI - Thermal energy control in building energy heating system based on building information modelling
AU - We Chenghui
AU - Chen Hao
JN - Thermal Science
PY - 2021
VL - 25
IS - 4
SP - 2941
EP - 2948
PT - Article
AB - This article introduces the principle of the glass curtain wall heating and  cooling cycle constant temperature control test system in the building  energy heating system and studies the constant temperature control strategy  of its core cooling and heating circulation system. The author designed an  adaptive fuzzy control algorithm with a self-learning function realize the  thermal energy constant temperature control of the cooling and heating cycle  experimental system and conducted the first model test. The test results  show that the thermal energy constant temperature control strategy of the  circulatory system and its adaptive fuzzy control algorithm have good  control characteristics and effects. During the test, the thermal energy  constant temperature control accuracy is within 0.4°C when the system is  dynamically heated and cooled, and the temperature fluctuates when the  constant temperature is maintained. Within 0.2°C, the test system fully  meets the requirements of the American building energy heating AAMA501.5.98  glass curtain wall cycle test standard.