1.4MW 240-Slot Antminer Hydro Cooling Container (20HQ)
$59,000.00 – $79,000.00Price range: $59,000.00 through $79,000.00
Industrial 1.4MW 20HQ hydro container for 240 Antminers. A compact, plug-and-play infrastructure for high-density mining with rapid on-site deployment.
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1.4MW 240-Slot High-Efficiency Hydro Cooling Container for BTC Mining
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.
Ultra-High Power Density
This compact 20FT HQ container packs 240 active miner slots and manages a massive 1.4MW power load, optimizing land use and maximizing high-density hashing yield per square meter.
Balanced High-Flow Manifolds
Dual circulation loops, dual CDUs, and multi-channel power ensure single-side operation during power shortages, boosting energy efficiency and reliability for mining operations.
Redundant Dual-Pump Cooling
Featuring dual high-volume circulation pumps and redundant coolant loops, the system prevents heat accumulation under heavy loads and guarantees continuous, reliable cooling if one pump fails.
Individual Power Switches
Every miner slot is equipped with an independent power switch and breaker, allowing for safe, hot-swappable maintenance on single units without disrupting the overall mining container’s operation.
Instant Leak Detection
Integrated with high-sensitivity floor-mounted moisture-sensing ropes, this system instantly detects coolant leaks and triggers automatic power shutdowns to protect your hydro-mining hardware from potential damage.
Smart Management System
Our intelligent control panel monitors flow rates, pressure, temperatures, and PUE in real-time, enabling automated malfunction alerts and precise remote management via mobile or PC applications.
| 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 |
Certification Standards
Our products meet leading international standards for safety, reliability, and performance.
compliance
compliance
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.
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210-Slot Antminer Hydro Container
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240-Slot Antminer Hydro Container
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308-Slot Antminer Hydro Container
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420-Slot Antminer Hydro Container
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| ❄ Cooling Capacity | 1.2 MW | 1.4 MW | 1.7 MW | 2.4 MW |
| ⚙ Miner Slots | 210 Slots | 240 Slots | 308 Slots | 420 Slots |
| 📏 Dimensions (L × W × H) | 6058 × 2438 × 2896 mm | 6058 × 2438 × 2896 mm | 12192 × 2438 × 2896 mm | 12192 × 2438 × 2896 mm |
| ▣ Application | Commercial-Scale Mining | High-Density Mining Farms | Industrial-Scale Operations | Mega-Scale Mining Facilities |
| Read More → | Read More → | Read More → |
Real Results from Real Miners
View All ››High-Density Mining
Maximizing hydro-mining hashrates within tight land and infrastructure requirements.
Thermal-Optimized Mining
Optimizing thermal-load distribution using dense high-performance hydro-mining infrastructure.
Packing 1.4MW of hashing power into a standard 20FT container solved our land constraints. The smaller footprint and modular design gave us significantly more flexibility without sacrificing cooling performance.
— VP of Infrastructure, Ohio Mining Site, USA240-Slot Antminer Hydro Cooling Container FAQs
Standard 20FT HQ containers are generally easier and more economical to transport globally than larger 40FT configurations.
Their smaller footprint also simplifies truck access, crane handling, site placement, and deployment at space-constrained mining locations, helping reduce overall logistics and installation requirements.
Yes, depending on the external heat-rejection configuration. The miner-side coolant operates in a closed circulation loop.
When the system is paired with appropriately sized dry coolers, heat can be rejected without an evaporative cooling tower, allowing operation with extremely low or effectively zero ongoing water consumption under suitable ambient conditions.
The system uses high-flow manifolds, balanced coolant distribution, dual circulation loops, and controlled pump pressure to provide consistent coolant flow across the entire rack structure.
Temperature, pressure, and flow monitoring allow the control system to detect abnormal conditions early and maintain stable cooling across all 240 miner positions.
Power is distributed through dedicated high-capacity distribution equipment with individual protection for miner circuits and segmented electrical routing.
Each miner position can be isolated independently, while appropriately rated breakers, contactors, cabling, grounding, and monitoring help manage the high continuous load safely inside the compact container.
Actual PUE depends on miner load, ambient temperature, pump settings, and the type of external heat-rejection equipment used.
Hydro cooling is designed to keep auxiliary cooling consumption relatively low compared with the IT mining load. Final projected PUE should be calculated for the specific site conditions and cooling configuration before deployment.
| Specification | Closed Cooling Tower Solution, Dry Cooler Solution |
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Delivery costs shown before payment
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Miners and spare parts
Confirmed in-stock items generally need 3–7 business days for preparation after cleared payment. Express transit is typically estimated at 5–10 business days after collection; the selected service and destination determine the actual estimate.
Cooling systems and heavy equipment
Containers, tanks, racks and other oversized equipment travel by suitable freight services. Delivery point, site access and unloading requirements must be confirmed. If no freight option is available at checkout, contact us before payment.
Customs and delivery support
Import duty, import taxes and brokerage are excluded unless the order explicitly confirms DDP or another duty-inclusive service. Tracking or waybill details are provided after dispatch. Inspect your delivery and contact us promptly about damage or missing items; an unboxing video is helpful but is not required for support.
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