Analysis of Cost Control Strategies in Green Building Construction Processes

  • Junwen Zeng School of Engineering, China University of Geosciences, Mianyang, Sichuan, China
Keywords: Construction process, Cost control, Strategy analysis

Abstract

Green building construction typically incurs higher costs than conventional methods. To facilitate broader adoption by construction entities, cost optimization is essential. Firms must align with technological advancements, judiciously apply emerging technologies, and ensure resource efficiency through context-specific strategies. Proactive and precise scheduling is critical to avert delays from unforeseen events. Additionally, construction units should enhance on-site safety training, promote mastery of innovative techniques, and foster environmental awareness among personnel. Finally, companies ought to capitalize on government incentives for green materials while adopting bulk procurement from local sources to minimize transportation costs and secure lower unit prices.

References

Zhang Y, Meng K, Jiao A, 2023, Research on Influencing Factors and Control Strategies of Green Building Incremental Cost. Construction Economy, 44(08): 54–61.

Liu H, Xu W, 2024, Research on Construction Cost Control of Green Construction Practice. Green Construction and Intelligent Building, 2024(10): 25–28.

Ma G, Li Y, Kuang J, et al., 2020, Cost Control and Benefit Analysis of Green Construction in Architectural Engineering. Guangxi Quality Supervision Report, 2020(11): 14–15.

Li Y, He S, Zhu H, et al., 2009, Incremental Cost Control Analysis of Green Building Residential Community Construction. Building Science, 25(04): 76–81.

Deng Y, 2018, Composition and Influencing Factors Analysis of Green Building Incremental Cost. Jushe, 2018(05): 151.

Liu G, 2025, Budget and Cost Control Strategy Analysis of New Green Building Project Cost. Building Material Development Orientation, 23(07): 82–84.

Zhang J, Zhao B, Hao Y, 2020, Research on Electro-Hydraulic Hybrid Drive Traction Elevator Energy-Saving System Based on Variable Displacement Hydraulic Pump/Motor. Hydraulics and Pneumatics, 2020(09): 153–160.

Published
2025-12-12