Powerlong City (Shanghai,China)
Release time
：2024-01-05 10:18:32 Views：
Project Start Date: July 2017
Project Location: 3199 Caobao Road Shanghai,China 201101
Project Scope: All Ground-Level and Basement Levels
Total Construction Area: 270,000m2(Over 2,904,014.30 ft2)
Project Overview:
“Powerlong City, Shanghai” consists of six high-rise buildings and aims to create a significant regional large-scale urban complex that integrates shopping, dining, leisure, entertainment, and business. Upon completion, the project will feature high-density and diverse commercial activities, along with a green living environment suitable for city work, making it a popular gathering place for the local community.
Project Detail:
Bimodeling uses BIM technology to optimize construction drawings across various disciplines, perform feasibility analyses, provide 3D visualization simulations, and offer on-site MEP construction guidance. This approach fundamentally enhances design optimization, improves construction quality, and ultimately shortens the project timeline.
Project Location: 3199 Caobao Road Shanghai,China 201101
Project Scope: All Ground-Level and Basement Levels
Total Construction Area: 270,000m2(Over 2,904,014.30 ft2)
Project Overview:
“Powerlong City, Shanghai” consists of six high-rise buildings and aims to create a significant regional large-scale urban complex that integrates shopping, dining, leisure, entertainment, and business. Upon completion, the project will feature high-density and diverse commercial activities, along with a green living environment suitable for city work, making it a popular gathering place for the local community.
Project Detail:
Bimodeling uses BIM technology to optimize construction drawings across various disciplines, perform feasibility analyses, provide 3D visualization simulations, and offer on-site MEP construction guidance. This approach fundamentally enhances design optimization, improves construction quality, and ultimately shortens the project timeline.
BIM Structural Model
MEP Clear Height Analysis
