| Installed Load | 5-1000KW |
| Certification | UL, CSA, CE, CCS |
| Inlet / Outlet Temperature | Tailor-made according to your needs |
| Overall dimensions | According to customization |
| Cabinet Material | Carbon Steel Paint Finish |
| Basic parameters for system operation | |
| System Pipeline Pressure | 0.2–0.4 MPa |
| System operating temperature range | 22–42 °C |
| Demand for coolant circulation of a single mining machine | ≥0.5 m³/h |
| Total demand for coolant inside the system | ≥0.12 m³ |
| Electrical System Main Parameters | |
| Molded Case Circuit Breaker | — A |
| Plastic circuit breaker | 63 A |
| Contactor | 9 A |
| Intermediate Relay | 160 V |
| Inverter | 380 V |
Hydro-cooling directly removes heat from chips with precise and uniform temperature control, avoiding frequency reduction or downtime even in high-temperature environments, ensuring more stable long-term operation.
In high-temperature environments, air-cooled equipment is prone to problems such as reduced computing power and decreased main frequency. Liquid cooling can ensure the long-term stable full-load operation of computing power equipment, effectively enhancing the stability of actual effective computing power and operational revenue.
Air-cooled systems easily accumulate dust and corrode components, requiring frequent cleaning. Hydro-cooling uses a closed loop, which is dustproof and moisture-proof, reducing hardware wear, extending the lifespan of miners and facilities, and lowering maintenance costs.
Hydro-cooling allows deployment of more miners in the same area, with far higher computing power density than air-cooling, providing obvious advantages in land and cabinet costs.