Description
Bitmain ANTSPACE HW5 Hydro Cooling Mining Container
The Bitmain ANTSPACE HW5 is an industrial hydro cooling container developed for medium- and large-scale cryptocurrency mining farms. Built around a 40-foot container design, the system accommodates up to 210 compatible hydro-cooled ANTMINER units and provides the electrical, coolant-circulation and heat-rejection infrastructure required for high-density mining.
The Bitmain ANTSPACE HW5 is designed for compatible ANTMINER S19 Hyd. and S21 Hyd. series mining hardware. Its integrated hydro cooling architecture transfers heat through a closed coolant circuit instead of depending entirely on high-volume air cooling inside the mining container.
With a listed operating power of 1,062kW, a PUE rating of 1.032 and support for up to 210 mining servers, the Bitmain ANTSPACE HW5 provides a scalable foundation for professional Bitcoin mining facilities. The accompanying dry-wet cooling tower offers up to 1,200kW of heat-dissipation capacity.
Explore related equipment in our ASIC miners collection, or browse professional cryptocurrency mining hardware from Hash Titans.
Bitmain ANTSPACE HW5 Key Features
The Bitmain ANTSPACE HW5 hydro cooling container combines high-density miner deployment, industrial power distribution, coolant circulation and external heat rejection in one coordinated mining solution. It is intended for professional operators who require a repeatable infrastructure platform rather than a residential or small-scale mining setup.
- Manufacturer: BITMAIN
- Model: ANTSPACE HW5
- Version: V1
- Cooling method: Hydro cooling
- Container format: 40-foot integrated mining container
- Miner capacity: Up to 210 units
- Compatible miners: ANTMINER S19 Hyd. and S21 Hyd. series
- Operating power: 1,062kW
- Listed PUE: 1.032
- Input voltage: 400V ±5%
- Input frequency: 50/60Hz
- Required coolant flow: At least 85m³/h
- Dry-wet tower heat dissipation: 1,200kW
Bitmain ANTSPACE HW5 Specifications
| Manufacturer | BITMAIN |
|---|---|
| Model | ANTSPACE HW5 |
| Version | V1 |
| Cooling technology | Hydro cooling |
| Container dimensions | 12,192 × 2,438 × 2,896mm |
| Miner capacity | Up to 210 units |
| Compatible miner series | ANTMINER S19 Hyd. and S21 Hyd. series |
| Operating power | 1,062kW |
| Power usage effectiveness | 1.032 |
| Input voltage | 400V ±5% |
| Input frequency | 50/60Hz |
| Container certification | China Classification Society Certification |
| Shipping weight | 14 tonnes |
| Operating weight | 24 tonnes |
| Main power-distribution switches | 1,200A × 2 |
| Rated current | Up to 986A |
| Rated current per miner | Up to 10A |
| Required flow rate | At least 85m³/h |
| Units per 2,500kVA transformer | 2 ANTSPACE units |
Listed Safety and Equipment Certifications
The supplied specifications for the Bitmain ANTSPACE HW5 reference several industrial machinery and electrical safety standards. Operators must still confirm which certifications, inspections and permits are required in the country or region where the system will be installed.
- NFPA 79:2021
- UL 508A:2018 R8.21
- CSA C22.2 No. 14-18
- ANSI/ISO 12100:2012
- IEC 60204 Edition 5.1:2009
Installation should be reviewed and approved by qualified electrical, mechanical, structural and fire-safety professionals before the mining container is energized.
Bitmain ANTSPACE HW5 Electrical Requirements
The Bitmain ANTSPACE HW5 requires a three-phase 400V ±5%, 50/60Hz electrical supply. Its industrial electrical demand means that suitable transformers, switchgear, grounding, circuit protection and cable-distribution infrastructure must be prepared before commissioning.
The official inlet cable specification requires conductors rated to withstand voltage above 600V. The listed configuration is shown below.
| L1 phase conductor | Single-core 600kcmil cable, approximately 300mm² × 4 |
|---|---|
| L2 phase conductor | Single-core 600kcmil cable, approximately 300mm² × 4 |
| L3 phase conductor | Single-core 600kcmil cable, approximately 300mm² × 4 |
| Neutral conductor | Single-core 600kcmil cable, approximately 300mm² × 4 |
| Protective-earth conductor | Single-core 500kcmil cable, approximately 240mm² × 2 |
Cable sizing may need to be adjusted for installation distance, conductor temperature, local electrical codes and site conditions. Only qualified high-voltage professionals should design, install and test the electrical connections for the Bitmain ANTSPACE HW5.
ANTSPACE HW5 Dry-Wet Cooling Tower Specifications
The dry-wet cooling tower rejects heat carried away from the miners by the internal coolant circuit. It is a core component of the Bitmain ANTSPACE HW5 system and must be positioned where unrestricted airflow, water supply, drainage and maintenance access are available.
| Heat-dissipation capacity | 1,200kW |
|---|---|
| Outlet temperature at 28°C wet-bulb temperature | 35°C |
| Cooling tower certification | China Classification Society Certification |
| Operating power | 15–29kW |
| Motor-rated voltage | 400V ±5% |
| Motor frequency | 50/60Hz |
| Water-supply interface | DN40 internal thread |
| Drain-pipe interface | DN65 internal thread |
| Noise level | 70dBA at 25°C and a distance of 15 metres |
| Water consumption | 0.7–1.3m³/h |
Advanced Hydro Cooling Performance
The Bitmain ANTSPACE HW5 circulates coolant through compatible hydro-cooled mining servers to absorb heat close to the chips and other heat-producing components. The heated coolant then travels to the external cooling module, where thermal energy is released before the fluid returns to the miners.
Compared with conventional air-cooled mining farms, hydro cooling can support greater miner density while reducing dependence on large volumes of filtered outdoor air. It may also reduce airborne dust around internal miner components and provide more controlled operating temperatures.
The Bitmain ANTSPACE HW5 requires a coolant flow rate of at least 85m³/h. Stable flow, correct fluid composition, suitable pressure and unobstructed piping are essential for safe and consistent operation.
Operators should regularly inspect pumps, hoses, seals, manifolds, heat exchangers, water treatment equipment and cooling-tower components. Hydro cooling reduces some air-cooling challenges, but it introduces specialised fluid-management and leak-prevention requirements.
For manufacturer specifications, installation notes and operating requirements, consult the official BITMAIN ANTSPACE HW5 specification page.
Bitmain ANTSPACE HW5 Miner Compatibility
The official V1 specification recommends the Bitmain ANTSPACE HW5 for ANTMINER S19 Hyd. and S21 Hyd. series miners. The container supports up to 210 compatible units when configured within the stated electrical, hydraulic and thermal limits.
Compatibility should not be assumed solely because a miner uses hydro cooling. Different models can have different physical dimensions, hose connections, power ratings, current requirements, firmware and coolant-flow specifications.
Before installing any mining machine in the Bitmain ANTSPACE HW5, confirm the exact model, production batch, rack arrangement, power allocation and connection requirements with BITMAIN or an authorised technical provider.
Mining operators can compare compatible systems and related hardware through our ASIC mining equipment category.
Power Efficiency and 1.032 PUE
The Bitmain ANTSPACE HW5 has a listed PUE of 1.032. Power usage effectiveness compares the total energy entering a facility with the energy delivered directly to its computing equipment.
A PUE close to 1.0 indicates that a relatively small share of total energy is consumed by supporting infrastructure. However, real-world performance can vary according to miner load, ambient temperature, wet-bulb temperature, pump configuration, coolant flow, water quality and cooling-tower operation.
The container’s listed operating power is 1,062kW, while the dry-wet cooling tower uses approximately 15–29kW. Operators must also account for transformers, networking, lighting, monitoring systems, pumps and other site equipment when calculating total facility consumption.
Lower infrastructure overhead does not guarantee mining profitability. Revenue still depends on miner efficiency, Bitcoin price, network difficulty, pool fees, electricity rates, equipment uptime and financing costs.
Bitmain ANTSPACE HW5 Deployment Requirements
Deploying the Bitmain ANTSPACE HW5 requires coordinated civil, electrical, hydraulic and network engineering. The system should not be treated as a domestic plug-and-play appliance, even though the container format can simplify large-scale deployment.
- Prepare a flat, hardened foundation capable of supporting at least 36 tonnes.
- Keep the cooling tower level within approximately ±1 degree.
- Confirm truck access, crane clearance and unloading requirements before delivery.
- Arrange a suitable crane for handling the container and cooling tower.
- Install transformers, switchgear, grounding and power-distribution systems.
- Provide the required 400V ±5%, 50/60Hz electrical supply.
- Install the approved inlet cables and protective-earth conductors.
- Connect the coolant circuit and verify a minimum 85m³/h flow rate.
- Connect the DN40 water-supply and DN65 drain interfaces.
- Leave at least two metres of clear air-inlet space around the cooling tower.
- Pressure-test pipes, manifolds, valves and connections for leaks.
- Install compatible hydro-cooled ANTMINER units in the correct rack positions.
- Connect networking, monitoring and emergency-shutdown systems.
- Commission the cooling system before applying the full mining load.
The operating elevation should generally remain below 2,000 metres. Capacity and cooling performance may need to be derated at higher elevations. Environmental planning should also account for ambient temperature, humidity, freezing conditions, water quality and local weather.
External equipment such as transformers, stairs, walkways, cables, cable bridges and distribution boxes may not be included with the Bitmain ANTSPACE HW5 and should be budgeted separately.
Why Choose the Bitmain ANTSPACE HW5?
The Bitmain ANTSPACE HW5 is designed for professional mining companies that need high miner density, organised infrastructure and controlled thermal performance. Its 210-unit capacity can help operators deploy a substantial amount of hydro-cooled mining power within one repeatable container platform.
The integrated format can reduce the complexity of designing separate miner racks, coolant manifolds and container-level power distribution for every expansion. It may also support faster site replication when mining operators need to deploy multiple identical units.
Hydro cooling can provide more predictable thermal management than conventional air cooling, particularly in high-density facilities. The dry-wet tower’s 1,200kW heat-dissipation capacity is designed to manage the thermal load produced by compatible mining equipment.
The Bitmain ANTSPACE HW5 hydro container is not suitable for residential mining. Its physical dimensions, industrial voltage, 24-tonne operating weight, water requirements and megawatt-class power demand make it a specialised mining-farm solution.
Bitmain ANTSPACE HW5 Frequently Asked Questions
What is the Bitmain ANTSPACE HW5?
The Bitmain ANTSPACE HW5 is a 40-foot hydro cooling container designed to house and support high-density deployments of compatible hydro-cooled ANTMINER mining servers.
How many miners can the ANTSPACE HW5 hold?
The container has a listed capacity of up to 210 compatible mining machines.
Which miners are compatible with the ANTSPACE HW5?
The official V1 specification recommends ANTMINER S19 Hyd. and S21 Hyd. series miners.
What is the operating power of the Bitmain ANTSPACE HW5?
The listed operating power is 1,062kW. The separate dry-wet cooling tower has a heat-dissipation capacity of 1,200kW.
What is the PUE of the ANTSPACE HW5?
The official specification lists a PUE of 1.032. Actual facility efficiency can vary with climate, load, cooling configuration and installation quality.
What voltage does the container require?
The Bitmain ANTSPACE HW5 requires a 400V ±5%, 50/60Hz electrical supply.
How much coolant flow is required?
The listed minimum flow rate is 85m³/h.
How much water does the dry-wet tower consume?
The listed water-consumption range is approximately 0.7–1.3m³/h.
How loud is the cooling tower?
The listed noise level is approximately 70dBA at 25°C when measured from a distance of 15 metres.
What is the operating weight?
The Bitmain ANTSPACE HW5 has a listed operating weight of 24 tonnes and a shipping weight of 14 tonnes.
Can two ANTSPACE HW5 units share one transformer?
The official specification states that one 2,500kVA transformer can support two ANTSPACE units, subject to proper engineering and local electrical requirements.
Can the ANTSPACE HW5 be installed at home?
No. Its industrial electrical load, hydro cooling infrastructure, physical size and site-preparation requirements make it suitable for professional mining farms.
Does hydro cooling guarantee mining profitability?
No. Profitability depends on miner hashrate, efficiency, Bitcoin price, network difficulty, electricity cost, pool fees, maintenance, financing and uptime.
Buy Bitmain ANTSPACE HW5 Mining Infrastructure
The Bitmain ANTSPACE HW5 provides a scalable hydro cooling platform for deploying up to 210 compatible ANTMINER units. Its integrated 40-foot format, 1,062kW operating power, 1.032 PUE and 1,200kW dry-wet tower create a professional foundation for high-density Bitcoin mining.
Before ordering the Bitmain ANTSPACE HW5, confirm miner compatibility, transformer capacity, site preparation, water availability, cooling requirements, shipping costs and local permits. Visit Hash Titans to explore hydro-cooled ASIC miners, mining containers and related cryptocurrency mining equipment.
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