Abstract
Objective To explore the relationship between window opening ratio and natural lighting and energy consumption of University Gymnasiums in severe cold area, and put forward optimization strategies. Methods Digital simulation technology was used to simulate the energy consumption and natural lighting of University Gymnasium window opening ratio, and the window opening scheme with natural lighting and low energy consumption was obtained. Conclusion The side window lighting should be used in the window opening scheme of small and medium-sized university gymnasiums. Within the range of experimental data, the North-South lighting is the main lighting mode, and the East-West lighting is the auxiliary.
Highlights
1.1 Establishment of general model of University Gymnasium in cold regions With the reform and development of China's higher education, the scale of higher education is gradually expanding, and the cultivation of students' sports quality has been widely valued
The natural lighting and energy consumption coupling optimization is carried out, and the window design strategy of University Gymnasiums considering both natural lighting and energy consumption is summarized, It provides a theoretical basis for the natural light environment optimization and low energy consumption design of large space buildings in cold regions
The analysis shows that the basic plane shape of University Gymnasiums in severe cold areas are mostly regular shapes such as rectangle, circle and ellipse, as well as a small number of irregular shapes
Summary
1.1 Establishment of general model of University Gymnasium in cold regions With the reform and development of China's higher education, the scale of higher education is gradually expanding, and the cultivation of students' sports quality has been widely valued.
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