NOTE: this offer is for a single data center manufactured by Schneider Electric. A containerized colocation solution — modern, mobile, and ready for deployment. 20 server racks, redundant 650 kW cooling, UPS power supply, and an automatic fire suppression system. Equipment with very low usage, ready for long-term operation.
The Data Centre is ready for transport — simply deliver it to the target location and assemble. Due to the lack of a permanent ground connection, it can be installed as a temporary structure without a building permit.
All key systems factory-integrated. We deliver a ready-to-connect turnkey solution.
Galaxy 5500 system rated at 60 kVA with dual power feed (Panel A + Panel B) and 630 A busbars. Full protection against power outages.
18 InRow ACRC301H units (42 kW each) in N+1 configuration. Hot Aisle Containment system with chilled water cooling — optimal temperature in all conditions.
APC NetShelter SX AR3100 cabinets (42U) arranged in two rows. Capacity up to 650 kW of IT power with even load distribution.
Integrated fire detection and suppression system with dedicated piping and sensors. Meets EI60 fire resistance class requirements.
Full monitoring system with temperature, humidity, and water leak sensors. Remote management and real-time alerting.
2 connected shipping containers with steel structure, 80 mm insulation (R13), and IP55 sealing. Floor finished with diamond-pattern metal plate. RC2 anti-burglar doors and CCTV system.
Simplified specification — full documentation available upon request.
| Construction & Dimensions | |
| Enclosure Type | DELTA Dual Bay 45FT |
| External Dimensions | 13,820 × 3,590 × 6,330 mm |
| Construction Material | S275 steel, powder coated |
| Wall Insulation | 80 mm, R13 coefficient |
| Fire Resistance | EI60 |
| Ingress Protection | IP55 |
| Total Weight | ~28,322 kg |
| Power Supply | |
| IT Power | 650 kW |
| Backup Power | Galaxy 5500, 60 kVA |
| Distribution | Panel A + Panel B, 630 A busbars |
| Input Power | 2 independent lines |
| Cooling | |
| Type | InRow ACRC301H (chilled water) |
| Number of Units | 18 pcs (N+1 configuration) |
| Unit Capacity | 42 kW |
| System | Hot Aisle Containment |
| IT & Security | |
| Server Racks | 20× APC AR3100 (42U) |
| Fire Suppression | Yes — detection + suppression |
| Monitoring | Temperature, humidity, leaks |
| Lighting | LED + emergency lighting |
Photos show the actual product — from construction to installed systems inside.
A video showcasing the container from the inside — installation, startup, and system operation.
Learn why modular data centers are the future of IT infrastructure — especially in the age of AI.
AI workloads using GPU coprocessors require significantly higher power density than traditional servers. The optimal value for a GPU rack is approximately 35 kW per cabinet — a level that ensures full utilization of compute cards without thermal throttling. Our containerized data center, with a cooling capacity of 650 kW distributed across 20 server racks, offers exactly this energy profile — ideal for intensive AI computations.
Our containerized data center features a cooling system with a total capacity of 650 kW, based on 18 InRow ACRC301H units operating in N+1 configuration. The Hot Aisle Containment system ensures precise airflow direction — cold air is delivered directly to the front of the servers, while hot air is immediately extracted. This translates to stable temperatures even under full GPU load.
Thanks to chilled water cooling and redundant architecture, the container is ready to handle the most demanding computational workloads — AI model training, inferencing, rendering, and HPC simulations. High-density cooling is not a luxury but a necessity in the age of artificial intelligence.
The artificial intelligence market is growing at an exponential rate. Companies that begin computational work several months earlier gain an insurmountable advantage — faster time-to-market, earlier research results, and quicker return on GPU hardware investment. In the race for computing capacity, every week of delay is a loss.
Building a traditional server room is a process that takes 12 to 18 months — from design, through building permits, to construction work and inspections. A containerized data center eliminates most of these steps. Our solution is fully assembled, tested, and ready for transport. The time from purchase to launch is just approximately 4 weeks.
Furthermore, the lack of a permanent ground connection means it can be installed as a temporary structure — without a building permit. This shortens the formal process to a minimum. For investors, AI startups, and technology companies, this means one thing: you can start computing and generating revenue before the competition finishes building their server room walls.
Why does a modular solution outperform a traditional server room?
The Data Centre is ready for transport and assembly. Time from purchase to launch is approximately 4 weeks. The lack of a permanent ground connection means it can be installed as a temporary structure — without a building permit.
No costs for room construction, building adaptation, or finishing work. The only requirement is preparing the foundation slab and utility connections.
The container can be transported to a new location. Ideal for industries requiring temporary or mobile IT infrastructure — e.g., construction, energy, events.
N+1 configuration for the cooling system, dual power feed, and fire suppression system — all integrated and tested before delivery.
Exclusively proven Schneider Electric solutions — Galaxy 5500 UPS, APC NetShelter cabinets, InRow cooling. Global service and manufacturer support.
Complete containerized data center ready for deployment. Contact us to schedule a viewing or obtain detailed technical documentation.