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420 Slots 40-Foot 2.5MW Hyd Cooling Mining Container Cabinet For Bitmain Antminer
HYDRO COOLINGIN STOCK

420 Slots 40-Foot 2.5MW Hyd Cooling Mining Container Cabinet For Bitmain Antminer

40ft Hydro Container with Dry Cooler for large-scale mining deployment. Designed for demanding environments.

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Design Power
3000 kW
Operating Power
2500 kW
Capacity
420 Units
Container Size
40ft
Antminer S19 XPS19e XPS19 Pro+ HydS21eS21e XPS21+Avalon 1566HA

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Technical Specifications

Core Power Parameters
Design Power3000 kW
Actual Operating Power2500 kW
Total Miner Power2352 kW
Supporting Fan Power83 kW
Pumping Station Power37 kW
Total System Power~2472 kW
Chassis Equipment
Fans2 sets
Racks8 groups
Water Separators14 groups (304 SS)
Corrugated Pipes840 pcs
Switches14 sets
Network Cables420 pcs
Power Distribution
Distribution Boxes4 sets
Main Switches (each)8 × 800A
Circuit Breakers (each)420
Control SystemPLC + Touch Screen
Dry Cooler System
Dry Cooler1 set
DC Fans20
StructureV-shaped double-sided
Inlet Temperature35°C
Outlet Temperature45°C
Heat Dissipation3000 kW
Fan Parameters
ModeluDS850C-185B5.6D.V-01B2
Air Volume31000 m³/h
Static Pressure150 Pa
Noise Level76 dB(A)
Power4.15 kW
ProtectionIP55
Pump Station System
Circulating Pump1 set
Pump Power18.5 kW
Lift20 m
Flow Rate200 m³/h
Main PipeDN150 (304 SS)

Application Scenarios

Suitable for complex harsh environments

Mountains

High-altitude deployment

Islands

Coastal environments

Deserts

High-temperature regions

Drought Areas

Water-scarce regions

High Temp

Extreme heat conditions

Remote Sites

Off-grid locations

Product Overview

This 40-foot hydro cooling mining container is designed for large-scale mining deployment, accommodating 420 hydro miners with an actual operating power of 2500kW and a heat dissipation capacity of 3000kW.

Equipped with a PLC intelligent control system, 4 distribution boxes, 20 DC fans, 1 pump station, and a V-type double-sided fin dry cooler, this system ensures optimal cooling performance even in the most demanding environments.

The system is suitable for deployment in mountains, islands, deserts, high-temperature regions, and other complex harsh environments, meeting the needs of high-intensity and high-stability operation.