Ocean Integrated Housing Container House

Ocean Integrated Housing Container House is a building form that disassembles a complete house into standardized modules, completes construction in a factory, and then quickly assembles it at the destination via sea transportation. The following is an introduction from the aspects of technical characteristics, application scenarios, advantages, and cases:

Technical Characteristics
The container house takes a steel structure frame and composite panels as its core. The main body uses C-shaped steel and H-shaped steel to form a load-bearing system, with an earthquake resistance of up to magnitude 8 and a wind resistance of no less than magnitude 12. The walls mostly adopt color-steel composite panels filled with fireproof rock wool, which combine heat preservation, sound insulation, and fire resistance functions, with a fire resistance rating of up to Class A or B1. The modules are assembled through standardized connectors, with the installation time for a single module not exceeding 2 hours. They also integrate water and electricity interfaces and support the connection of solar systems. The factory prefabrication rate generally exceeds 85%, and some enterprises achieve precise assembly of the entire house's water and electricity, sanitary equipment, cabinets, etc. on the assembly line.

Application Scenarios

• Temporary Buildings: Such as worker dormitories and project office buildings in the engineering construction field, emergency shelters and mobile police stations in urban public services, as well as mobile shops and exhibition halls in the commercial field.
• Permanent Buildings: Including starry sky homestays and camp hotels in the cultural and tourism business, temporary command centers and mobile clinics in the public and emergency fields, as well as modular office buildings in the industrial and office scenarios.
• Special Demand Scenarios: Such as plateau workstations, mobile laboratories, and other extreme climate or industry-specific buildings.

Advantages

• Efficient Construction: The construction period is 60%-70% shorter than that of traditional buildings. For example, for the 63 modular elderly care apartments purchased by British merchants, it took only two weeks from shipment to completion of hoisting.
• Cost Savings: Labor costs are reduced by more than 50%, material waste is reduced by 50%-70%, and light steel structure modules reduce the consumption of foundation materials by 60%-70%.
• Green and Environmentally Friendly: The steel recycling rate exceeds 90%, with low carbon emissions throughout the entire life cycle and support for the integration of energy management systems.
• Flexible Deployment: The modules support horizontal and vertical expansion. The standard size of a single container (such as 6055mm×2990mm×2896mm) allows for creative combinations to meet diverse needs.

Typical Cases

• China Construction Science and Industry Corporation's MRDC Hotel Project in Papua New Guinea: Traditional construction would take 14-18 months, while the modular solution took only 7 months in total.
• Malaysia's Prefabricated Modular Data Center: It can carry a 60MW IT load, with a construction period of less than 10 months, nearly half shorter than traditional methods.
• Export of Mobile Houses from Shenzhen Port: In the first four months of 2026, the value of goods reached 1.68 billion yuan, a year-on-year increase of 19.6%, covering more than 150 countries and regions.