BITMAIN ANTSPACE HW5 210-Slot 1.2MW 40HQ Hydro Mining Container

SKU: ANTSPACE HW5

The 40ft ANTSPACE HW5 hydro container supports up to 210 Antminer units for dry-wet hybrid cooling, delivering a high-performance 1.2MW mining solution.

$45,000.00

Futures

Batch:

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1.2MW ANTSPACE HW5 210-Slot Integrated Antminer Hydro Container

CONTAINER CAPACITY

ASIC MINERS

210 UNITS

Housed at full load

TOTAL POWER

1,200 KW

Continuous electrical load

POWER INPUT

400V

Rated Voltage

COOLING

Hydro

Thermal management

POWER INPUT

380V–415V AC 50/60Hz

AVAILABILITY

Typical lead time 45 days • DDP Sea Shipping Available

⚙ Compatible Models View More ›

Show 10 more models

Product Description

Designed as an integrated, water optimized infrastructure for Antminer hydro series units, the 1.2MW 210-Slot Bitmain ANTSPACE HW5 Hydro Cooling Container 40FT HQ is engineered with an advanced dry wet hybrid cooling tower.

By utilizing a highly efficient closed loop that sprays a thin water film across dry coils during extreme heat, the HW5 maintains peak J/TH mining efficiency even in hot, humid climates. This unique process rejects heat at lower coolant temperatures, securing an ultra low 1.017 PUE alongside highly reliable, long term operational uptime globally.

This standardized turnkey, plug and play solution reduces required site footprints by forty percent, significantly cutting onsite installation labor by seventy five percent while reducing low voltage cabling and transport expenses.

Core Advantages

Optimized Footprint & Setup

Reduces required physical site footprints by forty percent and cuts onsite installation labor by seventy five percent, significantly decreasing your upfront CapEx and civil engineering costs.

Low CapEx per Megawatt

Delivers highly optimized CapEx per megawatt compared to traditional dry systems, making it competitive for power abundant, water rich, and large scale global mining operations.

Quieter Noise Profile

Features a quieter operational sound profile of seventy decibels, significantly reducing environmental noise on site, facilitating easier compliance with local municipal noise ordinance regulatory constraints.

PLC Intelligent Control System

Integrates an advanced PLC and HMI touchscreen system to monitor water temperatures, flow, and pressure in real time, providing automated alarms and precise system self regulation.

Integrated All-in-One System

Integrates the server racks, CDU, power cabinets, and dry wet hybrid cooling tower into a single 40FT container for highly simplified, rapid onsite deployment operations.

Dry-Wet Hybrid Cooling Tower

Employs a dry wet cooling tower that utilizes pure convection dry mode for winter waterless saving, and evaporative wet mode to prevent summer downclocking during heat.

Optimized Footprint & Setup

Reduces required physical site footprints by forty percent and cuts onsite installation labor by seventy five percent, significantly decreasing your upfront CapEx and civil engineering costs.

Low CapEx per Megawatt

Delivers highly optimized CapEx per megawatt compared to traditional dry systems, making it competitive for power abundant, water rich, and large scale global mining operations.

Quieter Noise Profile

Features a quieter operational sound profile of seventy decibels, significantly reducing environmental noise on site, facilitating easier compliance with local municipal noise ordinance regulatory constraints.

PLC Intelligent Control System

Integrates an advanced PLC and HMI touchscreen system to monitor water temperatures, flow, and pressure in real time, providing automated alarms and precise system self regulation.

Integrated All-in-One System

Integrates the server racks, CDU, power cabinets, and dry wet hybrid cooling tower into a single 40FT container for highly simplified, rapid onsite deployment operations.

Dry-Wet Hybrid Cooling Tower

Employs a dry wet cooling tower that utilizes pure convection dry mode for winter waterless saving, and evaporative wet mode to prevent summer downclocking during heat.

Optimized Footprint & Setup

Reduces required physical site footprints by forty percent and cuts onsite installation labor by seventy five percent, significantly decreasing your upfront CapEx and civil engineering costs.

Low CapEx per Megawatt

Delivers highly optimized CapEx per megawatt compared to traditional dry systems, making it competitive for power abundant, water rich, and large scale global mining operations.

Full Specifications

External dimensions

L:12192mm、W:2438mm、H:2896mm

Internal dimensions

L:12000mm、W:2230mm、H:2660mm

Weight

14000 KG

ModelANTSPACE HW5Installed capacity210 Units
Main Switch Capacity of Power Distribution Cabinet1200*2 ARated Power1200 kW
Maximum Supported Input Current≤986*2 AMaximum Supported Input Power1200 kW
Maximum Current per Miner Slot≤10 AFlow rate≥85 m³/h
Quantity of ANTSPACE powered by one 2500kVA Transformer2Heat Dissipation Capacity1200 kW
Outlet Temperature @ 28℃ Wet Bulb Temperature35 ˚COperating Power≤15~29 kW
Water supply pipe InterfaceDN40Drain Pipe InterfaceDN65
Noise level @25℃, 15m70 dBAWater Consumption0.7~1.3 m³/h
Inner Coolant Usage1.6 m³Inner Coolant Usage400V±5% 50/60Hz
PUE@25℃ ambient temperature1.017Safety certificationNFPA 79:2021 UL 508A:2018 R8.21 CSA C22.2 No. 14-18 ANSI/ISO 12100:2012 IEC 60204 Ed 5.1 2009

210-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.

1500 kVA Pad Mount Three-Phase Transformer

For 1 × HW5 Container

1500 kVA Three-Phase Pad-Mounted Transformer

View 1500 kVA Transformer →

3000 kVA Pad Mount Three-Phase Transformer

For 2 × HW5 Containers

3000 kVA Three-Phase Pad-Mounted Transformer

View 3000 kVA Transformer →

Need help sizing your transformer?

Our engineers will recommend the right transformer based on your site conditions and power requirements.

Get Transformer Recommendation →

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

HW5 210-Slot Antminer Hydro Cooling Container

1.2 MW
210 Slots
1,2192 × 2,438 × 2,896 mm
Commercial-Scale Mining

308-Slot Antminer Hydro Cooling Container

1.5 MW
308 Slots
1,2192 × 2,438 × 2,896 mm
Mid-to-Large Operations

420-Slot Antminer Hydro Cooling Container

2.4 MW
420 Slots
1,2192 × 2,438 × 2,896 mm
Industrial-Scale Projects

480-Slot Antminer Hydro Cooling Container

2.6 MW
480 Slots
1,2192 × 2,438 × 2,896 mm
Mega-Scale Mining Facilities

Real Results from Real Miners

View All >>

ANTSPACE HW5 Antminer Hydro-Cooling Container Mining Case Study
Alto Paraná, Paraguay

12 × 1.2MW Hydro-Basin Project

Leveraging adjacent closed-loop retention reservoirs with HW5's hybrid spray cooling to sustain peak thermal efficiency without water contamination.

1.017

Running PUE

-45%

Water Consumption

99.9%

Thermal Stability

View All >>

ANTSPACE HW5 Antminer Hydro-Cooling Container Mining Case Study
Texas, United States

20 × 1.2MW Utility-Scale Project

Rapid turnkey deployment across open plains directly tied into high-voltage transmission lines, achieving ultra-low PUE across multi-row container arrays.

1.017

Optimal Running PUE

-75%

On-site Installation Labor

40%

Footprint Reduction

View All >>

“

"For a 24MW open-field buildout tied directly to the high-voltage grid, speed and density were everything. The HW5's integrated 40HQ design cut our on-site installation labor by seventy-five percent and reduced required pad space by forty percent, with all 20 containers running reliably at a 1.017 PUE."

— VP of Energy & Infrastructure, 24MW Grid Mining Site, Texas, USA

"Deploying directly adjacent to a water basin allowed us to maximize cooling, but environmental regulations on water safety were strict. The HW5's closed-loop hybrid system met every local compliance standard—slashing our water usage by forty-five percent while keeping 2,500+ Antminers running at peak hashrate year-round."

— Chief Operating Officer, 14.4MW Hydro Basin Facility, Paraguay

Global Deployment

1.2+ GW

Cumulative delivered cooling capacity

Serving Mining Sites

50+

Countries and regions covered

210-Slot ANTSPACE HW5 Hydro Container FAQs

How much make-up water does this hydro container actually consume during full-load operations?

At active full load, this container consumes zero point seven to one point three cubic meters of evaporative water hourly. This totals approximately six thousand to eleven thousand cubic meters annually, depending strictly on local climates and daily mining farm operations under load.

What site conditions and resource profiles make this container the ideal choice for mining operators?

This container is highly optimized for operators with abundant, low cost, or permitted local water resources. It represents a highly cost effective option for large enterprises prioritizing lower upfront CapEx over absolute physical land density during their main site infrastructure layout planning.

How does this cooling system handle extreme climates where ambient temperatures routinely exceed thirty-five degrees Celsius?

For hot environments exceeding thirty five degrees Celsius, this wet cooling setup is highly recommended. Its active evaporative wet stage pre cools inlet air, ensuring your mining hardware maintains standard hashing and J/TH fuel efficiency without any thermal downclocking on summer days.

Can the fully assembled container and cooling tower be shipped directly as a single piece internationally?

Yes. Carrying official CSC certification, this fully integrated container moves seamlessly by vessel, rail, or truck without any recrating as a standard ISO shipping unit. This avoids weeks of costly, on site manual reassembly labor and engineering setup expenses for global mining farms.

What is the actual PUE of this wet-cooling system, and how does it compare to dry-cooled models?

The system achieves an ultra low 1.017 PUE, slightly lower than typical dry cooled models. This specialized wet cooling setup rejects heat at lower coolant temperatures, ensuring highly optimized power efficiency and stable operations under continuous heavy loads for our global client sites.

1.2MW ANTSPACE HW5 210-Slot Integrated Antminer Hydro Container

CONTAINER CAPACITY

Housed at full load
210 UNITS
Continuous electrical load
1,200 KW
Rated Voltage
400V

Hydro

Thermal management

POWER INPUT

380V–415V AC 50/60Hz

AVAILABILITY

Typical lead time 45 days • DDP Sea Shipping Available

⚙ Compatible Models View More ›

Show 10 more models

Product Description

Designed as an integrated, water optimized infrastructure for Antminer hydro series units, the 1.2MW 210-Slot Bitmain ANTSPACE HW5 Hydro Cooling Container 40FT HQ is engineered with an advanced dry wet hybrid cooling tower.

By utilizing a highly efficient closed loop that sprays a thin water film across dry coils during extreme heat, the HW5 maintains peak J/TH mining efficiency even in hot, humid climates. This unique process rejects heat at lower coolant temperatures, securing an ultra low 1.017 PUE alongside highly reliable, long term operational uptime globally.

This standardized turnkey, plug and play solution reduces required site footprints by forty percent, significantly cutting onsite installation labor by seventy five percent while reducing low voltage cabling and transport expenses.

Core Advantages

Optimized Footprint & Setup

Reduces required physical site footprints by forty percent and cuts onsite installation labor by seventy five percent, significantly decreasing your upfront CapEx and civil engineering costs.

Low CapEx per Megawatt

Delivers highly optimized CapEx per megawatt compared to traditional dry systems, making it competitive for power abundant, water rich, and large scale global mining operations.

Quieter Noise Profile

Features a quieter operational sound profile of seventy decibels, significantly reducing environmental noise on site, facilitating easier compliance with local municipal noise ordinance regulatory constraints.

PLC Intelligent Control System

Integrates an advanced PLC and HMI touchscreen system to monitor water temperatures, flow, and pressure in real time, providing automated alarms and precise system self regulation.

Integrated All-in-One System

Integrates the server racks, CDU, power cabinets, and dry wet hybrid cooling tower into a single 40FT container for highly simplified, rapid onsite deployment operations.

Dry-Wet Hybrid Cooling Tower

Employs a dry wet cooling tower that utilizes pure convection dry mode for winter waterless saving, and evaporative wet mode to prevent summer downclocking during heat.

Optimized Footprint & Setup

Reduces required physical site footprints by forty percent and cuts onsite installation labor by seventy five percent, significantly decreasing your upfront CapEx and civil engineering costs.

Low CapEx per Megawatt

Delivers highly optimized CapEx per megawatt compared to traditional dry systems, making it competitive for power abundant, water rich, and large scale global mining operations.

Quieter Noise Profile

Features a quieter operational sound profile of seventy decibels, significantly reducing environmental noise on site, facilitating easier compliance with local municipal noise ordinance regulatory constraints.

PLC Intelligent Control System

Integrates an advanced PLC and HMI touchscreen system to monitor water temperatures, flow, and pressure in real time, providing automated alarms and precise system self regulation.

Integrated All-in-One System

Integrates the server racks, CDU, power cabinets, and dry wet hybrid cooling tower into a single 40FT container for highly simplified, rapid onsite deployment operations.

Dry-Wet Hybrid Cooling Tower

Employs a dry wet cooling tower that utilizes pure convection dry mode for winter waterless saving, and evaporative wet mode to prevent summer downclocking during heat.

Optimized Footprint & Setup

Reduces required physical site footprints by forty percent and cuts onsite installation labor by seventy five percent, significantly decreasing your upfront CapEx and civil engineering costs.

Low CapEx per Megawatt

Delivers highly optimized CapEx per megawatt compared to traditional dry systems, making it competitive for power abundant, water rich, and large scale global mining operations.

Full Specifications

External dimensions

L:12192mm、W:2438mm、H:2896mm

Internal dimensions

L:12000mm、W:2230mm、H:2660mm

Weight

14000 KG

ModelANTSPACE HW5Installed capacity210 Units
Main Switch Capacity of Power Distribution Cabinet1200*2 ARated Power1200 kW
Maximum Supported Input Current≤986*2 AMaximum Supported Input Power1200 kW
Maximum Current per Miner Slot≤10 AFlow rate≥85 m³/h
Quantity of ANTSPACE powered by one 2500kVA Transformer2Heat Dissipation Capacity1200 kW
Outlet Temperature @ 28℃ Wet Bulb Temperature35 ˚COperating Power≤15~29 kW
Water supply pipe InterfaceDN40Drain Pipe InterfaceDN65
Noise level @25℃, 15m70 dBAWater Consumption0.7~1.3 m³/h
Inner Coolant Usage1.6 m³Inner Coolant Usage400V±5% 50/60Hz
PUE@25℃ ambient temperature1.017Safety certificationNFPA 79:2021 UL 508A:2018 R8.21 CSA C22.2 No. 14-18 ANSI/ISO 12100:2012 IEC 60204 Ed 5.1 2009

210-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.

1500 kVA Pad Mount Three-Phase Transformer

For 1 × HW5 Container

1500 kVA Three-Phase Pad-Mounted Transformer

View 1500 kVA Transformer →

3000 kVA Pad Mount Three-Phase Transformer

For 2 × HW5 Containers

3000 kVA Three-Phase Pad-Mounted Transformer

View 3000 kVA Transformer →

Need help sizing your transformer?

Our engineers will recommend the right transformer based on your site conditions and power requirements.

Get Transformer Recommendation →

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

HW5 210-Slot Antminer Hydro Cooling Container

1.2 MW
210 Slots
1,2192 × 2,438 × 2,896 mm
Commercial-Scale Mining

308-Slot Antminer Hydro Cooling Container

1.5 MW
308 Slots
1,2192 × 2,438 × 2,896 mm
Mid-to-Large Operations

420-Slot Antminer Hydro Cooling Container

2.4 MW
420 Slots
1,2192 × 2,438 × 2,896 mm
Industrial-Scale Projects

480-Slot Antminer Hydro Cooling Container

2.6 MW
480 Slots
1,2192 × 2,438 × 2,896 mm
Mega-Scale Mining Facilities

Real Results from Real Miners

View All >>

ANTSPACE HW5 Antminer Hydro-Cooling Container Mining Case Study

12 × 1.2MW Hydro-Basin Project

Leveraging adjacent closed-loop retention reservoirs with HW5's hybrid spray cooling to sustain peak thermal efficiency without water contamination.

1.017

Running PUE

-45%

Water Consumption

99.9%

Thermal Stability

View All >>

ANTSPACE HW5 Antminer Hydro-Cooling Container Mining Case Study

20 × 1.2MW Utility-Scale Project

Rapid turnkey deployment across open plains directly tied into high-voltage transmission lines, achieving ultra-low PUE across multi-row container arrays.

1.017

Optimal Running PUE

-75%

On-site Installation Labor

40%

Footprint Reduction

View All >>

“

"For a 24MW open-field buildout tied directly to the high-voltage grid, speed and density were everything. The HW5's integrated 40HQ design cut our on-site installation labor by seventy-five percent and reduced required pad space by forty percent, with all 20 containers running reliably at a 1.017 PUE."

— VP of Energy & Infrastructure, 24MW Grid Mining Site, Texas, USA

"Deploying directly adjacent to a water basin allowed us to maximize cooling, but environmental regulations on water safety were strict. The HW5's closed-loop hybrid system met every local compliance standard—slashing our water usage by forty-five percent while keeping 2,500+ Antminers running at peak hashrate year-round."

— Chief Operating Officer, 14.4MW Hydro Basin Facility, Paraguay

1.2+ GW

Cumulative delivered cooling capacity

50+

Countries and regions covered

210-Slot ANTSPACE HW5 Hydro Container FAQs

At active full load, this container consumes zero point seven to one point three cubic meters of evaporative water hourly. This totals approximately six thousand to eleven thousand cubic meters annually, depending strictly on local climates and daily mining farm operations under load.

This container is highly optimized for operators with abundant, low cost, or permitted local water resources. It represents a highly cost effective option for large enterprises prioritizing lower upfront CapEx over absolute physical land density during their main site infrastructure layout planning.

The system achieves an ultra low 1.017 PUE, slightly lower than typical dry cooled models. This specialized wet cooling setup rejects heat at lower coolant temperatures, ensuring highly optimized power efficiency and stable operations under continuous heavy loads for our global client sites.

Customize Your Hydro Cooling Solution

Share your requirements below. Our consultants will contact you via WhatsApp or email within 24 hours with a custom-matched proposal.

Project Timeline

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.

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