Redco Phoenix Xin Tian Di (Nanchang, China)
Release time
：2024-01-05 10:24:21 Views：
Project Start Date: Early 2016
Project Location: No. 366 Fenghe North Avenue, Nanchang, Jiangxi Province, China, 331700
Project Scope: All at-grade and subterranean levels
Total Construction Area: 235,700m2 (Over 2,537,051.23 sqft)
Project Overview:
Project Details:
In the Redco Phoenix Xin Tian Di project, Bimodeling utilized BIM technology for 3D visualization modeling, helping the design and construction team to better understand the design plan. Through pre-construction error correction, Bimodeling identified and resolved design issues in advance, avoiding mistakes on the construction site. In terms of the MEP system analysis, Bimodeling optimized the layout of the electrical, mechanical, and plumbing systems, ensuring coordination and efficient operation of the entire systems. These measures facilitated the enhancement of the construction accuracy and project quality.
Project Location: No. 366 Fenghe North Avenue, Nanchang, Jiangxi Province, China, 331700
Project Scope: All at-grade and subterranean levels
Total Construction Area: 235,700m2 (Over 2,537,051.23 sqft)
Project Overview:
Redco Phoenix Xin Tian Di is located in the Honggutan New District, conveniently adjacent to Metro Line 1's Zhujiang Road station. Redco Phoenix Xin Tian Di has a plot ratio of 3.45 and it includes approximately 139,000 m2 (~1,496,183.5479 sqft) of apartment space, 18,000 m2 (~193,750.39 sqft) for a headquarters base, and a 31,500 m2 (~339,063.18 sqft) commercial street. The surrounding area is well-equipped with essential facilities such as hospitals, hotels, and parks, along with a variety of shopping and entertainment options. The apartments feature LOFT designs with 4.2-meter (13.7795 ft) high ceilings, offering flexible layouts suitable for young professionals and small business offices.
Project Details:
In the Redco Phoenix Xin Tian Di project, Bimodeling utilized BIM technology for 3D visualization modeling, helping the design and construction team to better understand the design plan. Through pre-construction error correction, Bimodeling identified and resolved design issues in advance, avoiding mistakes on the construction site. In terms of the MEP system analysis, Bimodeling optimized the layout of the electrical, mechanical, and plumbing systems, ensuring coordination and efficient operation of the entire systems. These measures facilitated the enhancement of the construction accuracy and project quality.
