Building Houses Like Building Cars: Integrated Modular Build

What is integrated modular build?

Integrated modular build involves breaking down a building into several modules during the design phase. These modules are then prefabricated with high standards in a factory and transported to the project site to be assembled into a complete building. This process essentially allows for constructing houses just like manufacturing cars.

What are the advantages of integrated modular build?

Integrated modular build boasts high quality, high efficiency, environmentally friendly, low-carbon, and material and labor-saving advantages. It reduces the traditional construction period by two-thirds, with over 90% of the standardized industrial components produced in the factory, thereby reducing solid waste emissions by 75% and on-site labor usage by 70%.

In which areas can integrated modular build be applied?

Integrated modular build can be applied in various areas similar to traditional construction. It is widely and diversely applicable. In the residential sector, integrated modular build technology can be used to build various commercial housing types, meeting people's demands for high-quality living spaces. In urban renewal and post-disaster reconstruction projects, integrated modular build can quickly provide resettlement housing, solving residents' housing issues. Whether for high-end apartments or economical housing, integrated modular build offers flexible design solutions to meet different people's needs. For public facilities, it can be used in schools and hospitals, providing well-equipped medical spaces to meet urgent medical needs swiftly, making it an ideal choice for public facilities.

How does integrated modular build achieve house-building like car manufacturing?

Integrated modular build is essentially a type of prefabricated construction and a culmination of its principles. Over 90% of the processes are concentrated in the factory for prefabrication, with the remaining 10% of lifting procedures completed at the construction site. This approach allows for industrial-level quality control and adherence to standardized processes, minimizing industrial errors. Essentially, it turns buildings into industrial products and standardized industrial components. After factory production, these components are assembled and joined at the project site, thereby truly achieving house-building akin to car manufacturing.

With its high efficiency, flexibility, and environmental benefits, integrated modular build is widely applicable in residential housing, public facilities, commercial and service industries, as well as industrial and warehousing sectors. As technology continues to advance and innovate, the applications of integrated modular build will further expand and deepen, contributing significantly to urban development and sustainable growth.