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Industrial 1.4MW 20HQ hydro container for 240 Antminers. A compact, plug-and-play infrastructure for high-density mining with rapid on-site deployment.
1.4MW 240-Slot High-Efficiency Hydro Cooling Container for BTC Mining
CONTAINER CAPACITY
ASIC MINERS
240 UNITS
Housed at full load
TOTAL POWER
1400 KW
Continuous electrical load
FORM FACTOR
Custom
Standard
COOLING
Hydro
Thermal management
POWER INPUT
380V–415V AC 50/60Hz
AVAILABILITY
Typical lead time 45 days • DDP Sea Shipping Available
Product Description
Specifically developed to maximize power density, the 1.4MW 240-Slot Antminer Hydro Cooling Container 20FT HQ is engineered for massive thermal loads in a highly compact footprint.
By packing 240 hydro ASICs into a standard 20-foot frame, it achieves an optimized megawatt-per-square-meter ratio. To manage this intensive heat density, the container integrates advanced, large-diameter hydronic manifolds and custom-balanced flow-rate distribution to prevent thermal hot spots across all water loops.
This heavy-duty, modular infrastructure allows operators to scale their computing capacity up to 1400kW on restricted parcels of land, providing an ultra-dense, flow-optimized solution to secure consistent, reliable thermal performance for high-efficiency BTC mining.
Core Advantages
Full Specifications
External dimensions
L:6058mm、W:2438mm、H:2896mm
Internal dimensions
L:5860mm、W:2348mm、H:2720mm
Weight
5500KG
|
Model |
AP-HC20-A240 |
Installed capacity |
240 seat |
|
Installed powerload |
1320KW |
Power of the light-duty vertical multistage pump |
30 kW |
|
Power of the fluid replenishing pump |
0.2 KW |
Total power of the dry cooling tower fan |
58.1 KW |
|
Total power of the closed cooling tower fan |
17.6 KW |
Total power of the closed cooling tower spray pump |
5.5 KW |
|
System pipeline pressure |
0.2-0.4 MPA |
Operating temperature range of the system |
22-42 ℃ |
|
Coolant circulation demand of a single machine |
≥0.5 m³/h |
Total demand for circulating coolant within the system |
≥6 m³ |
|
Molded Case Circuit Breaker |
125 A |
Residual Current Circuit Breaker |
800 A |
|
Contactor |
9 A |
Intermediate relay |
24 V |
|
CUL certified frequency converter |
380 V |
240-Slot Antminer Hydro Cooling Container Product Brochure
Complete product specifications, installation guide, and operational instructions.
Certification Standards
Our products meet leading international standards for safety, reliability, and performance.
China Classification Society
Marine & offshore compliance
UL Listed
Safety tested & certified
CSA Certified
North American compliance
CE Marking
European conformity
Recommended Power Setup
Match your container deployment with the appropriate transformer capacity.
For 1 × Container
2000 kVA Three-Phase Pad-Mounted Transformer
For 2 × Containers
3750 kVA Three-Phase Pad-Mounted Transformer
Need help sizing your transformer?
Our engineers will recommend the right transformer based on your site conditions and power requirements.
Complete Cooling Solutions
We design and manufacture a complete range of hydro cooling solutions for every scale, from hydro cooling cabinets and containers to CDUs and dry coolers.
|
❄️ Cooling Capacity |
|
⚙️ Miner Slots |
|
📏 Dimensions (L × W × H) |
|
🏢 Application |
210-Slot Antminer Hydro Container
|
1.2 MW |
|
210 Slots |
|
6500 × 2500 × 3500 mm |
|
Commercial-Scale Mining |
Compare
240-Slot Antminer Hydro Container
|
1.4 MW |
|
240 Slots |
|
11100 × 2620 × 3100 mm |
|
Mid-to-Large Mining Farms |
308-Slot Antminer Hydro Container
|
1.7 MW |
|
308 Slots |
|
12192 × 2438 × 2896 mm |
|
Industrial-Scale Operations |
420-Slot Antminer Hydro Container
|
2.4 MW |
|
420 Slots |
|
12192 × 2438 × 2896 mm |
|
Mega-Scale Mining Facilities |
Real Results from Real Miners
View All >>
Ohio, United States
4 × 1.4MW Hydro Project
Maximizing 5.6MW hash capacity within severe footprint limits using ultra-compact 20FT container units.
+45%
Space Optimization
-23%
PUE Cost
$1.4M
Annual Savings
Texas, United States
12 × 1.4MW Hydro Project
Achieving zero flow decay and even loop cooling across 2,880 Antminer hydro units in 40°C+ summer peaks.
+100%
Thermal Stability
-28%
O&M Overhead
99.8%
System Reliability
“
"Packing 1.4MW and 240 Antminer units into a standard 20FT frame completely unlocked our land-constrained substation. The large-diameter manifolds deliver perfectly balanced flow across all loops—we ran full capacity all summer with zero hotspot throttles."
— VP of Infrastructure, Midwest Mining Facility, USA
"With 12 containers running in parallel under 105°F summer heat, our biggest risk was flow decay and hotspots. Apexto’s large-diameter balanced manifolds delivered uniform delta-T across every single hashboard without a hitch."
— Director of Operations, Texas Mining Facility, USA
Global Deployment
1.2+ GW
Cumulative delivered cooling capacity
Serving Mining Sites
50+
Countries and regions covered
240-Slot Antminer Hydro Cooling Container FAQs
How does the 20FT container size affect shipping and logistics costs compared to 40FT models?
Standard 20FT HQ containers are significantly cheaper to ship globally, easier to truck to remote sites, and require smaller crane rigs for on-site placement, dramatically reducing upfront international and domestic logistics expenses.
Can this 1.4MW high-density system run with zero water consumption?
Yes. When paired with high-efficiency dry coolers, the container operates on a fully closed loop with zero water consumption. This is ideal for water-scarce regions or areas with strict environmental regulations.
How does the system prevent thermal hot spots and ensure uniform cooling across all 240 slots?
Through custom-balanced, large-diameter hydronic manifolds and precise flow-rate distribution. The internal plumbing ensures equal coolant flow and balanced pressures to every rack, maintaining consistent chip temperatures under continuous 1400kW loads. CSA / CE international standards — suitable for sea freight and ground transport.
How is the internal power distribution engineered to safely handle the massive 1.4MW load in a 20FT frame?
The container integrates high-specification power cabinets with heavy-duty copper busbars and independent circuit breakers. This dense, optimized electrical layout delivers safe, stable power to all 240 slots without compromising internal ventilation.
What PUE (Power Usage Effectiveness) can we realistically expect from this 1.4MW setup?
This system typically achieves an ultra-low PUE of 1.02 to 1.05. By eliminating miner fan power and utilizing highly optimized hydronic circulation, it maximizes hash rate efficiency and substantially lowers monthly electricity bills.
