
20-Slot 200kW Antminer 2U Hydro Cooling System
In stock

This 196kW modular liquid cooling cabinet supports up to 36 Antminer hydro miners, offering scalable 1-to-1 and 1-to-N deployment with flexible CDU, dry cooler, or closed-loop cooling system integration.
$0.10 – $2,660.00
In stock
Apexto is now offering U.S.-based inventory and DDP (Delivered Duty Paid) shipping for customers in the U.S. For more details, pls. contact our sales team.
Order 2 or more machines to save on shipping costs! Contact our sales team now to secure the best rates.
CONTAINER CAPACITY
ASIC MINERS
Housed at full load
TOTAL POWER
Continuous electrical load
FORM FACTOR
Standard
COOLING
Thermal management
AVAILABILITY
Typical lead time 15 days • DDP Sea Shipping Available

257 Th/s · 20.6 J/Th
36 Slots
Full‑load: $340.92/day

198 Th/s · 27.5 J/Th
36 Slots
Full‑load: $262.80/day

293 Th/s · 19 J/Th
36 Slots
Full‑load: $388.80/day

251 Th/s · 22 J/Th
36 Slots
Full‑load: $333.00/day

335 Th/s · 16 J/Th
36 Slots
Full‑load: $444.60/day

473 Th/s · 12 J/Th
36 Slots
Full‑load: $627.84/day

500 Th/s · 11 J/Th
36 Slots
Full‑load: $663.48/day

358 Th/s · 15 J/Th
36 Slots
Full‑load: $475.20/day

310 Th/s · 17 J/Th
36 Slots
Full‑load: $411.48/day

430 Th/s · 13 J/Th
36 Slots
Full‑load: $570.60/day

495 Th/s · 12 J/Th
36 Slots
Full‑load: $657.00/day

580 Th/s · 9.5 J/Th
36 Slots
Full‑load: $769.68/day
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

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.

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.

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.

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

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.

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.

L:1500mm、W:1000mm、H:2000mm
L:1450mm、W:950mm、H:1950mm
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 |

Complete product specifications, installation guide, and operational instructions.
Our products meet leading international standards for safety, reliability, and performance.

Marine & offshore compliance

Safety tested & certified

North American compliance

European conformity
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

| 198 kW |
| 36 Slots |
| 1,500 × 1,000 × 2,000 mm |
| High-Density Industrial Scaling |

| 154 kW |
| 28 Slots |
| 1,000 × 1,000 × 2,200 mm |
| Scalable 1-to-N Operations |

| 132 kW |
| 24 Slots |
| 1,000 × 1,000 × 2,000 mm |
| Flexible Facility Expansion |

| 110 kW |
| 20 Slots |
| 1,000 × 1,000 × 1,800 mm |
| Modular Small-Scale Setups |
View All >>

Deployed a dedicated 1-to-1 setup with a high-performance dry cooler for a reliable waterless operation in an arid desert environment.
Efficiency Gain
Energy Cost

Utilized a centralized water cooling tower to manage 4 high-capacity 36-slot racks, achieving rapid industrial expansion for a 144-unit cluster.
Space Efficiency
Setup Time
Thermal Stability
“
"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
Cumulative delivered cooling capacity
Serving Mining Sites
Countries and regions covered
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.
CONTAINER CAPACITY
Standard
Thermal management
AVAILABILITY
Typical lead time 15 days • DDP Sea Shipping Available
Show 8 more models
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

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.

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.

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.

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

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.

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
L:1500mm、W:1000mm、H:2000mm
L:1450mm、W:950mm、H:1950mm
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 |

Complete product specifications, installation guide, and operational instructions.
Our products meet leading international standards for safety, reliability, and performance.

Marine & offshore compliance

Safety tested & certified

North American compliance

European conformity
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

| 198 kW |
| 36 Slots |
| 1,500 × 1,000 × 2,000 mm |
| High-Density Industrial Scaling |

| 154 kW |
| 28 Slots |
| 1,000 × 1,000 × 2,200 mm |
| Scalable 1-to-N Operations |

| 132 kW |
| 24 Slots |
| 1,000 × 1,000 × 2,000 mm |
| Flexible Facility Expansion |

| 110 kW |
| 20 Slots |
| 1,000 × 1,000 × 1,800 mm |
| Modular Small-Scale Setups |
View All >>

Deployed a dedicated 1-to-1 setup with a high-performance dry cooler for a reliable waterless operation in an arid desert environment.
Efficiency Gain
Energy Cost

Utilized a centralized water cooling tower to manage 4 high-capacity 36-slot racks, achieving rapid industrial expansion for a 144-unit cluster.
Space Efficiency
Setup Time
Thermal Stability
“
"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
Cumulative delivered cooling capacity
Countries and regions covered
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.
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.
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.
Share your requirements below. Our consultants will contact you via WhatsApp or email within 24 hours with a custom-matched proposal.
In-stock miners will ship within 3 business days. For bulk orders, please allow an additional 1-2 days via DHL Express, UPS, FedEx, or TNT.
Pre-order miner delivery times depend on the factory schedule. Estimated delivery dates are provided on the order page, but delays may occur due to production issues.
Shipments are processed on a first-paid, first-shipped basis. Once full payment is received, we aim to ship as quickly as possible. Payments via wire transfer (T/T) may take 3-7 business days to verify, while cryptocurrency payments typically take a few hours to 1 business day.
International shipping usually takes 5-8 business days, with remote locations potentially requiring 8-10 days.
*All sales are final and non-refundable. Please understand, this is an industry standard.
All products listed on our website are priced in US Dollars.
We accept payments via bank wire transfer or online cryptocurrency payment (BTC, ETH, KAS, USDT, USDC).
If you prefer other payment methods, please contact our sales team.
Important: All cryptocurrency payments received on the website are automatically converted to USDT. If a product is out of stock, we will contact you for a refund. The refund will be based on the USD price at the time of your original order.
We offer DDP (Delivery Duty Paid) shipping to some countries, including the United States, Canada, Russia, Dubai, and certain EU countries.
If you require DDP shipping, please contact our customer service. For countries without DDP shipping or for standard shipping, we can help reduce taxes by providing a lower invoice value.
Customs duties are not included in the total price. You will need to pay them once the goods arrive in your country. Simply contact your local logistics company to settle the fees. If needed, we can provide a commercial invoice with a declared value of your choice.
Please notify us immediately if customs requests documents, as improper filing may lead to higher fees or delays. We can provide the necessary documentation.
For new, factory-sealed miners, the warranty is typically 12 months or 6 months, depending on the factory's policy, starting from the production date.
The company is not responsible for issues resulting from failure to follow the provided instructions, specifications, or alterations to the product.
For used mining machines, there is no warranty or after-sales service; however, before shipment, we will provide mining machine testing videos to ensure you understand its performance. Once you confirm acceptance, we will proceed with full communication and arrange shipment.
Transportation and any other costs related to product returns are the responsibility of the purchaser.
The repair period will depend on the nature of the issue.
Faye was very kind and helpful, even with the time difference. She quickly cleared up my doubts about the L9 miner.
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