Keywords
The entire life cycle
Green buildings
Energy consumption
Submitted : 2026-01-06
Accepted : 2026-01-21
Published : 2026-02-05
Abstract
Against the backdrop of the global decline in environmental resources, in response to the national call for environmental protection, green buildings have gradually become the core of the construction industry’s development. As a digital technology that has been continuously innovated in recent years, Building Information Modeling (BIM) technology has played a significant role in many green building projects. This paper, based on the application of Building Information Modeling technology and the requirements of green buildings, combines specific cases to analyze the application of Building Information Modeling technology in each stage of the green building’s life cycle and the changes it has brought. The results show that compared with traditional construction methods, Building Information Modeling technology, with its advantages of greater refinement, visualization, and data-driven approach, has had a significant impact on reducing resource and energy consumption in building construction while meeting industry standards and human needs.
References
Hua J, Yang Y, 2022, Building Information Modeling and Applications. Chongqing: Chongqing University Press.
Liu J, Bao X, Yang B, 2025, Application and Prospects of BIM Technology in Existing Buildings. Journal of Western Human Settlements, 40(5): 205–211.
Liu H, 2025, Sustainability Optimization Strategies of BIM Technology in the Full Life Cycle of Green Buildings. Shanghai Building Materials, 2025(4): 50–53.
Wang L, Wang J, 2018, Reliability Comparison Study of Engineering Quantity Estimation Mode Based on BIM. Construction Technology, 47(17): 22–26.
Guo R, 2025, Application of BIM Technology in the Full Life Cycle Management of Existing Building Renovation Projects. Intelligent Building and Smart City, 2025(11): 89–91.
Jin W, 2025, Research on the Application of Information Technology in the Full Life Cycle of Green Prefabricated Buildings. Building Science and Technology, 9(10): 65–67.
Liu H, 2025, BIM Technology in Sustainable Optimization Strategies for the Entire Life Cycle of Green Buildings. Shanghai Building Materials, 2025(4): 50–53.
Nanchang Housing and Urban-Rural Development Bureau, 2024, Notice on the Announcement of the 2024 Nanchang City Construction Project BIM Technology Application Demonstration Project (Hongzhujianzi [2024] No.128).
Li H, Chen S, Li Z, et al., 2021, A Brief Discussion on Smart Operation and Maintenance Based on BIM. Jusha, 2021(12): 172–173 + 175.
Qin Y, Bian H, 2025, Research on the Intelligent Underground Pipeline Operation and Maintenance System for Universities Based on BIM+GIS Integration. Computer Programming Techniques and Maintenance, 2025(11): 166–168.
Wang L, Lin C, Han J, 2023, Research on Intelligent Demolition Methods for Buildings Based on BIM and 3D Scanning. Industrial Architecture, 53(2): 12–21.
Cheng J, Ma L, 2013, A BIM-Based System for Demolition and Renovation Waste Estimation and Planning. Waste Management, 33(6): 1539–1555.
Li L, Liu Q, 2019, Chongqing Raffles City Sky-Walk Project: BIM Guiding Construction. EB/OL.
Zhi Q, Zheng S, 2025, Two BIM Achievements of Beijing Company Win National Award. EB/OL.
Wang J, Gao L, Dong A, et al., 2017, Research on a Blockchain-Based Data Security Sharing Network System. Computer Research and Development, 54(4): 742–749.