AI Data Centers
Crypto Infrastructure






Main breaker: 2400A(1200A*2)
Miner breakers: 16A*182pcs
24port 1000Mps*15pcs
182 slots high-strength frame built-in cable
PLC cabinet
All in One water tank
Pump:87m³/h

It has lower transportation costs compared to the traditional 20-foot container solution.

The same power capacity can save 56% of the land occupied compared to a 20-foot container solution.

Highly prefabricated modular design greatly reduces the amount of work and time required for deployment.

UL certification for the entiresystem and hardware.
| SPEC | SR2 A1(UL) / V1(CE) |
| Unit of Computer | 364 |
| Certification | UL/CE certification |
| System composition | Dry cooler container*1 / Device container*1(PDC*2+RACK*2+CDU) |
| System energy consumption | 108kw |
| Heat dissipation capacity | >2400KW |
| Environmental adaptability | -20°℃~45℃ |
| Evaporation pad | Standard configuration |
| Container specifications | 40HQ*2 China Classification Society Certification |
| Constant temperature mode | Variable frequency speed control of AC fan + AC fan stepwise regulation |
| Pump | 11kW*1 |
| Supercomputing Server container weight | 9080kg |
| Dry cooler weight | 9230kg |
| Control system | PLC control console |
| Input | 3-phase 380-415V 50/60Hz |

The system utilizes liquid-based thermal management to efficiently dissipate heat generated by high-density computing hardware.

Containerized infrastructure allows rapid deployment, simplified transportation, and scalable expansion for large-scale computing facilities.

The SR40 V3 is designed to support high-density computing loads while maintaining stable operating temperatures.

Built for long-term operation in demanding environments, the container structure and cooling systems are engineered for durability and reliability.







