Bitmain Antminer
IceRiver
Elphapex
Solo Miner
Volcminer
Whatsminer
Goldshell
Jasminer
Canaan Avalon
Pinecone
Bitcoin
Dogecoin
Aleo
Kaspa
ALPH
Nexa
ETC
CKB
Dash
Kadena
High-density 1-to-N infrastructure for up to 36 hydro-cooled ASICs
CONTAINER CAPACITY
ASIC MINERS
36 UNITS
Housed at full load
TOTAL POWER
196 KW
Continuous electrical load
FORM FACTOR
Custom
Standard
COOLING
Hydro
Thermal management
AVAILABILITY
Typical lead time 15 days • DDP Sea Shipping Available
Product Description
The 196kW 36-Slot Split-Type Hydro Cabinet is a high-density industrial infrastructure for large-scale Antminer deployments. Delivering 196kW of cooling power, it is engineered to maximize hashrate density and power efficiency across 36 dedicated slots.
Featuring a high-flow 1-to-N architecture, the system separates miner racks from the centralized CDU and power control hub. This layout simplifies facility management by streamlining piping and electrical distribution, ensuring thermal stability for high-load clusters.
Perfect for professional mining facilities, this scalable solution optimizes site footprints. It provides a reliable way for enterprise operators to expand massive-scale hashing quickly without requiring significant facility modifications.
Core Advantages
01. Maximum Density Rack Layout
This industrial cabinet is structured with six vertical layers, each housing six miners for a total of 36 units. The high-density architecture is specifically designed for enterprise facilities to maximize hashrate output efficiently.
02. Industrial High-Flow Manifold
The 304 stainless steel manifold is engineered for high-flow capacity to service 36 miners. Precision joints ensure stable fluid pressure and a leak-free environment for massive industrial-scale mining deployments.
03. Sealed High-Current Connectivity
Factory aviation plugs feature snap-locks and built-in rubber seals to block dust, moisture, or coolant. Paired with 12AWG cables, the system handles the high energy demands of 36 miners with enhanced and absolute electrical safety.
04. Centralized Data Management
Integrated high-speed switches provide dedicated paths for reliable data transmission across 36 slots. This setup organizes internal cabling and simplifies troubleshooting, ensuring stable connectivity for professional use
05. Certified Safe Power Distribution
The power cabinet is built with UL-compliant components and meets international safety standards for industrial use. This ensures dedicated over-current protection and stable power management for safe and high-load mining operations.
06. Enterprise 1-to-N Scalable CDU
The enterprise-grade CDU is optimized for 1-to-N scalable layouts, driving multiple 36-slot racks. Intelligent sensors monitor pressure and flow, providing the thermal stability required for expanding large operations.
Modular 1-to-N Infrastructure Scalability
The 1-to-N modular design enables flexible power expansion from 200kW up to 1,000kW, allowing mining sites to scale based on evolving demand. Featuring a customized high-flow pump system and a dedicated power control cabinet, this solution ensures reliable management across multiple racks—eliminating the need for major infrastructure overhauls as your hashrate grows.
Full Specifications
External dimensions
L:1500mm、W:1000mm、H:2000mm
Internal dimensions
L:1450mm、W:950mm、H:1950mm
Weight
322KG
|
Model |
AP-EA36 |
Installed capacity |
36 Seat |
|
Installed powerload |
196 kW |
Power of the light-duty vertical multistage pump |
4 kW |
|
Power of the fluid replenishing pump |
0.2 kW |
Total power of the dry cooling tower fan |
12.45 kW |
|
Total power of the closed cooling tower fan |
3 kW |
Total power of the closed cooling tower spray pump |
1.1 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 |
≥0.36 m³ |
|
Residual Current Circuit Breaker |
630 A |
Contactor |
9 A |
|
Intermediate relay |
24 V |
CUL certified frequency converter |
380 V |
Expandable 36-Slot Antminer Hydro Cooling Rack 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
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 |
Compare
36-Slot Antminer Hydro Cooling Rack
|
198 kW |
|
36 Slots |
|
1,500 × 1,000 × 2,000 mm |
|
High-Density Industrial Scaling |
28-Slot Antminer Hydro Cooling Rack
|
154 kW |
|
28 Slots |
|
1,000 × 1,000 × 2,200 mm |
|
Scalable 1-to-N Operations |
24-Slot Antminer Hydro Cooling Rack
|
132 kW |
|
24 Slots |
|
1,000 × 1,000 × 2,000 mm |
|
Flexible Facility Expansion |
20-Slot Antminer Hydro Cooling Rack
|
110 kW |
|
20 Slots |
|
1,000 × 1,000 × 1,800 mm |
|
Modular Small-Scale Setups |
Real Results from Real Miners
View All >>
Abu Dhabi, UAE
1-to-1 Dry Cooling Project
Deployed a dedicated 1-to-1 setup with a high-performance dry cooler for a reliable waterless operation in an arid desert environment.
+28%
Efficiency Gain
-23%
Energy Cost
99.9%
Operational Uptime
View All >>
Almaty, Kazakhstan
1-to-4 High-Density Scaling
Utilized a centralized water cooling tower to manage 4 high-capacity 36-slot racks, achieving rapid industrial expansion for a 144-unit cluster.
+30%
Space Efficiency
-28%
Setup Time
99.9%
Thermal Stability
View All >>
“
"The 1-to-1 dry cooler configuration was the perfect solution for our site with limited water access. It provided a reliable, standalone liquid cooling environment that kept our 36 miners running at stable temperatures without any external plumbing complications."
— Operations Manager, Arizona Mining Site
"Scaling our operation was seamless with the 1-to-4 configuration. By using a single cooling tower to manage four 36-slot racks, we drastically improved our power-to-space ratio while maintaining consistent thermal levels across the entire 144-unit cluster."
— Facility Director, Kazakhstan Industrial Site
Global Deployment
1.2+ GW
Cumulative delivered cooling capacity
Serving Mining Sites
50+
Countries and regions covered
36-Slot Antminer Hydro Cooling Rack FAQs
Should I choose a dry cooler or a closed cooling tower as my heat dissipation device?
The decision depends on your site’s water availability and local climate. A dry cooler is the preferred choice for water-scarce regions or sites requiring a "water-free" operation, relying purely on ambient air. A closed cooling tower is more efficient in hotter climates as it uses evaporation to achieve lower coolant temperatures, but it requires a consistent water supply.
How does the system ensure thermal consistency across all 36 mining slots?
In a high-density 36-slot configuration, managing fluid pressure is critical. Our industrial high-flow manifolds and precision balancing valves ensure that every miner receives a uniform coolant volume. This eliminates heat pockets and ensures zero flow decay across the entire rack, even when operating at a full 196kW thermal load.
What are the site requirements for a 1-to-N split-type deployment?
For a large-scale 1-to-N setup, you need to ensure your facility can support the centralized infrastructure. This includes a stable three-phase power source for the dedicated power cabinet and sufficient floor space for the high-capacity CDU. The split design allows you to place these core components in a service area while keeping mining rows organized and accessible.
Can I expand my cluster without re-engineering the primary water infrastructure?
Yes. This is the main benefit of our enterprise-grade split architecture. By installing a high-capacity CDU during the initial setup, you can add 36-slot racks incrementally as your mining operation grows. New racks connect to the existing central hub via a modular branching system, eliminating the need for major facility modifications or plumbing re-installation.
How does the standalone power cabinet manage such high energy loads safely?
For large clusters (e.g., a 1-to-8 setup exceeding 1.5MW), electrical safety is paramount. The dedicated power cabinet utilizes UL-compliant components and heavy-duty copper busbars to handle massive current. It isolates circuits into specific groups, allowing you to perform maintenance on a single 196kW rack without risking the electrical stability of the rest of the facility.
