Prediction and study of dynamic cooling loads of 2010 Shanghai World Expo
Qu Yan, Pan Yiqun and Huang Zhizhong
2015.03.17
Predicts the cooling loads based on the general planning. Establishes the simulation models with DOE-2.1C software for the various pavilions: five permanent pavilions, national pavilions, international organization pavilions and corporate pavilions, and uses the modularization method to simplify the simulation models of the temporary exhibition pavilions. Simulates and analyses hourly dynamic cooling loads, temporal distribution of cooling load ratio, monthly cooling loads and hourly cooling loads on the summer design day. Defines three sensitive factors—weather, visitor rate, fresh air—and performs a scenario analysis.