首页|Cross-platform EPC collaboration framework for construction management of pumped storage hydropower utilizing industry foundation classes and Semantic Web

Cross-platform EPC collaboration framework for construction management of pumped storage hydropower utilizing industry foundation classes and Semantic Web

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Engineering, Procurement, and Construction (EPC) is a widely adopted project delivery method that centralizes responsibility but frequently faces challenges related to fragmented documentation in pumped storage hydropower projects. Although Building Information Modeling (BIM) integrates multidisciplinary data to create digital representations, interoperability issues continue to hinder seamless collaboration between design and construction teams. To overcome these challenges, we propose a cross-platform EPC collaboration framework that integrates Industry Foundation Classes (IFC) with Semantic Web technologies. We validated the feasibility of the prototype system through a case study, providing technical guidance for applying recursive reasoning to query sequential data within the IFC-graph model. This proposed method improves the benefits of BIM by improving accessibility and management of engineering information. The findings of this study advance the development of automated workflows in construction management through the adoption of open standards.

TunnelingUnderground powerhouseBuilding Information Modeling (BIM)Industry Foundation Classes (IFC)Artificial Intelligence (AI)Pumped hydro energy storageBIM

Zhang, Sherong、Zhang, Shihang、Wu, Zhengqiao、Wang, Chao、Jiang, Zhiyong、Wang, Xiaohua

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Tianjin Univ||Tianjin University School of Civil Engineering

China Water Resources Beifang Invest Design & Res

2025

Tunnelling and underground space technology

Tunnelling and underground space technology

SCI
ISSN:0886-7798
年,卷(期):2025.163(Sep.)
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