Prefabricated Container Data Center

Natural disasters often cause complete paralysis of local infrastructure, and rescue command requires immediate restoration of IT and communication capabilities. Traditional data centers cannot be rapidly deployed in emergencies, and disaster areas struggle to provide stable power and cooling support.

Exploration areas are usually located in remote deserts or offshore platforms, lacking power grid and municipal support. Extreme temperatures and dust pose severe challenges to equipment operation. Fixed rooms cannot flexibly relocate with exploration activities.

Large events such as sports competitions and music festivals cause short-term IT demand surges that traditional infrastructure struggles to handle. Venues typically lack dedicated server rooms, and building temporary IT systems faces challenges of tight timelines and difficult deployment.

Military deployments require IT infrastructure to have rapid mobility to adapt to battlefield changes. Equipment faces enemy sabotage and information security threats, while field environments have large temperature and humidity fluctuations and unstable power.

With IoT and 5G development, massive data from terminal devices requires real-time processing, which traditional centralized data centers cannot meet due to network latency. Long-distance data transmission is costly and faces bandwidth limitations and security risks.

Traditional data center expansion requires 6-12 month construction cycles, failing to meet sudden business growth needs. Expansion often requires partial downtime affecting existing services, while new construction faces additional obstacles like land planning and approvals.