Xin Yun Valley (Zhangzhou, China)
Release time
：2024-01-05 10:41:16 Views：
Project Start Date: December 2016
Project Location: No. 429 Nanbin Avenue, Zhangzhou Economic Development Zone,
Zhangzhou, Fujian Province.China, 363105
Project Scope: All Ground-Level and Basement Levels
Total Construction Area: 740,000m2(Over 7,969,506ft2)
Project Overview:
Zhangzhou Xinyun Valley is a technology industrial zone located in Zhangzhou City, Fujian Province, focusing on the semiconductor, integrated circuit, and related high-tech industries. Invested in and constructed by China Merchants Group, the zone includes modern buildings such as research and development centers, manufacturing facilities, and office buildings. The architectural design emphasizes functionality, environmental sustainability, and aesthetics, utilizing advanced materials and energy-saving technologies. The development also features high-rise office buildings, service towers, co-working spaces, incubators, data centers, standalone and duplex corporate headquarters, as well as residential apartments, business hotels, and commercial centers. Zhangzhou Xinyun Valley aims to create a high-tech industry cluster, promote regional economic development, and provide comprehensive support for enterprises and talent.
Project Detail:
Bimodeling leverages comprehensive BIM capabilities to enhance construction processes through full-discipline drawing optimization, schedule simulation, and MEP (Mechanical, Electrical, and Plumbing) system refinement. By integrating detailed 3D models, Bimodeling ensures that all construction drawings are meticulously optimized, enabling better coordination and conflict resolution across various disciplines. The technology also supports construction schedule simulations, allowing teams to model and analyze different construction scenarios to identify the most efficient timeline. Additionally, Bimodeling excels in MEP optimization, utilizing BIM to improve system layouts and performance, ensuring seamless integration and reducing potential clashes. This holistic approach not only streamlines the design and planning phases but also significantly boosts overall project efficiency and quality.
Project Location: No. 429 Nanbin Avenue, Zhangzhou Economic Development Zone,
Zhangzhou, Fujian Province.China, 363105
Project Scope: All Ground-Level and Basement Levels
Total Construction Area: 740,000m2(Over 7,969,506ft2)
Project Overview:
Zhangzhou Xinyun Valley is a technology industrial zone located in Zhangzhou City, Fujian Province, focusing on the semiconductor, integrated circuit, and related high-tech industries. Invested in and constructed by China Merchants Group, the zone includes modern buildings such as research and development centers, manufacturing facilities, and office buildings. The architectural design emphasizes functionality, environmental sustainability, and aesthetics, utilizing advanced materials and energy-saving technologies. The development also features high-rise office buildings, service towers, co-working spaces, incubators, data centers, standalone and duplex corporate headquarters, as well as residential apartments, business hotels, and commercial centers. Zhangzhou Xinyun Valley aims to create a high-tech industry cluster, promote regional economic development, and provide comprehensive support for enterprises and talent.
Project Detail:
Bimodeling leverages comprehensive BIM capabilities to enhance construction processes through full-discipline drawing optimization, schedule simulation, and MEP (Mechanical, Electrical, and Plumbing) system refinement. By integrating detailed 3D models, Bimodeling ensures that all construction drawings are meticulously optimized, enabling better coordination and conflict resolution across various disciplines. The technology also supports construction schedule simulations, allowing teams to model and analyze different construction scenarios to identify the most efficient timeline. Additionally, Bimodeling excels in MEP optimization, utilizing BIM to improve system layouts and performance, ensuring seamless integration and reducing potential clashes. This holistic approach not only streamlines the design and planning phases but also significantly boosts overall project efficiency and quality.
