Efficient Construction Benefits | Why Modular Works

Why Modular Building?

Four Competitive Advantages of Prefab Modular Buildings

Throughout the entire life cycle of design, manufacture, construct and reuse after demolish of the modular integrated buildings, they have shown four core advantages which are high efficiency, superior quality, low carbon footprint, and saving material and labor. These strengths make the off-site produce and on-site assemble modular constructions a crucial tool for industrilizing, renovating to low-carbon style, and realizing the high-quality development of construction industry.

How does Modular Integrated Construction Shorten 60% of Construct Period Time?

Our intelligent digital system creates a "transparent factory" data center, enabling mobile data collection, intelligent production warnings, and online decision-making and dispatch. Digitization and intelligence are integrated throughout the entire project construction process, incorporating high-tech solutions like smart design, smart production, smart logistics, and smart operation and maintenance, to achieve digital delivery across the entire project lifecycle.

1.Digital Design(DfMA)

Integrated design across all disciplines, utilizing visual model collaboration and optimization

3. Intelligent Transportation

Project managers can monitor the transportation status of every product in real-time and dispatch inventory at warehouses, transit depots, and sites.

5. Smart Operation

The "Electronic Sentry" O&M system provides real-time monitoring of building equipment for safe operation, collecting both safety and energy consumption data.

2. Intelligent Production

Every piece of item has a unique code. The production base utilizes intelligent digital management system to manage the planning, processing, quality checking, inventory and project dashboards of production.

4. Intelligent Construction

Through the C-Smart Comprehensive Platform's intelligent and digitized management, the supervisors are able to real-time monitor personnel distribution, safety alerts, vehicle movements, material resources, quality and progress, etc.

How Does Modular Integrated Construction Achieve 90% Prefabrication?

Off-Site Controlled Environment Factory Made, Highly Precision and Quality Ensure

The modular integrated buildings adopt a Design for Manufacturing and Assembly (DfMA) concept, achieving over 90% prefabrication. Structure, finishes, and equipment are integrated during factory production using automated equipment, significantly boosting precision, quality, and efficiency.

Visible Digital Management System Allows Full-Cycle Real-Time Monitor

We utilized the models integrates all scopes to quickly build up the acknowledge of the models for all workers, improve the training efficiency and project hand-over quality. Instead of separate models for architecture, structural, engineering, mechanical, electrical and MEP, and other specialized fields, such models integrates all the scopes into a single, which helps to enhances collaboration among all parties, minimize clash and conflicts between different systems, and improves efficiency and accuracy.

Why Prefabricated Modular Construct Technology Cuts Down Carbon Emission?

We use modular integration technology as the most crucial method for reducing construction waste at the source. In the factory, we achieve fine-grained control over raw materials during production, which minimizes material waste. Green processes like fully automated welding robots, automated curtain wall cutting, and automated component stacking production enhance the intelligence of the production process and improve the working environment. Overall, the emission levels of construction waste are reduced by over 75% compared to traditional projects, which is 25% lower than the emission target for prefabricated buildings set for the end of the 14th Five-Year Plan.

The table on the right shows our company's solid waste emissions calculations for a modular hotel project.

Raw Material

Emission(t)

Ratio of the Overall Emission

steel reinforcing bar

25.35

0.67%

steel structure welding slag

0.96

0.03%

concrete

1973.26

52.28%

motar

123.88

3.28%

sand, gravel, planting soil

727.01

19.26%

concrete products

10.96

0.29%

inorganic wall panels

562.65

14.91%

metal panels

11.36

0.30%

wooden formwork

55.83

1.48%

paints, adhesives

161.37

4.28%

thermal insulation material for walls

109.92

2.91%

other(incl. package)

12.00

0.32%

total emission

3774.5

100%

Emission Levles (t/10000sqm)
149

Calculated Emission Less Than 150t/10000sqm

Reduce 75% Compared to Conventional Projects

50% Less Demanding on National Green Construction Bonus Point Criteria

Achieved over three years ahead of schedule, reducing waste emissions from prefabricated buildings by 25% compared to the national 14th Five-Year Plan target.