BITMAIN · Mining containers
Hydro mining container
November preorderPrice on request. This mining container is available by enquiry. Contact us for a quotation covering the required configuration, delivery and installation arrangements. Request a quote.
The ANTSPACE HW7 offers a 2 MW hydro cooling platform with layouts for standard hydro miners or 2U machines. The miner layout must be selected before the electrical and cooling plan is finalised.
Container price
Delivery, tax treatment and equipment inclusions confirmed with your quotation.
01 / Technical details
Check the figures for ANTSPACE HW7 against your miner fleet and available site services.
| Cooling class | 2000 kW |
|---|---|
| Standard layout | 396 hydro miners |
| Alternative layout | 242 miners in 2U format |
| Release year | 2026 |
| Headroom reference (11 October 2026) | Manual v1.0.11: two 1000kW cooling sides; 2100kW standard and 2500kW maximum electrical power references. |
| Coolant flow reference | Per side: 95m3/h for the standard layout or 116m3/h for the 2U layout. Match the exact manifold and connector configuration. |
| Auxiliary power reference | Container no-load <=160kW; dry tower <=95kW. Their overlap and concurrent operating draw need confirmation. Planning reserves both bounds. |
Manufacturer reference values. Final configuration and equipment schedule confirmed before ordering.
02 / The equipment
Choose the configuration around the miner fleet and available site services.
The ANTSPACE HW7 offers a 2 MW hydro cooling platform with layouts for standard hydro miners or 2U machines. The miner layout must be selected before the electrical and cooling plan is finalised.
The two layouts serve different chassis formats. A larger position count does not mean the same machines fit both versions.
The quotation identifies the supplied equipment, compatible miners and required connections. Final capacity depends on the selected hardware and site conditions.
Cooling explained
See how this cooling method moves heat away from the mining hardware.
Coolant flows through passages inside a compatible hydro miner. It carries heat into pipework and onward to the cooling equipment. The electronics are not submerged.
Liquid circuits suit dense installations and reduce reliance on fast fans inside each miner. They also provide a defined route for collecting useful heat.
Match the coolant, flow and pressure to the miner. Include pumps, leak monitoring and suitable outdoor cooling. Pumps and external fans still consume power and create noise.
Compatible hardware sits in a dielectric fluid that absorbs its heat. The fluid passes through a cooler directly, or transfers heat to a separate circuit through an exchanger.
Immersion can reduce miner fan noise and exposure to airborne dust. It also brings the heat into a liquid circuit that can support a planned heat reuse system.
Use fluid approved for the hardware, seals and circuit materials. Allow for filling, fluid handling and servicing, along with the electrical load and space required by pumps and external coolers.
Fans move air through the miners, collecting heat before discharging it outside. A clear path between the filtered inlet and exhaust helps prevent hot air returning to the machines.
The hardware remains directly accessible, and standard air cooled miners can be serviced without draining a liquid circuit. Filters can be selected for the site environment.
Size ventilation for the fleet and local temperature. Consider dust, filter resistance and sound at the site boundary. The sum of fan catalogue ratings is not a measurement of installed airflow.
Schematic illustration. Hydro and immersion diagrams show a separated circuit example; some systems connect directly to a compatible cooler. Heat reuse needs a suitable local demand and a separate engineered connection.
Power distribution and cooling equipment must be matched to the selected hardware. The published reference configuration is summarised below.
04 / Useful heat
Match heat recovery to a real local demand.
Mining heat can be useful where there is a nearby demand at a suitable temperature. A separate heat exchanger can transfer useful heat to a compatible building or process circuit.
Keep independent heat rejection available when the receiving site cannot use the heat. Any recovery plant, temperature boost and additional pumps belong in the project specification and energy budget.
05 / Plan your installation
Share your miner list and site details with our team before confirming the container configuration.
Confirm voltage, distribution and total site demand. Include the miners, cooling equipment and other electrical loads.
Check ambient conditions, the cooling circuit and any water or immersion fluid requirements for your chosen equipment.
Plan vehicle access, unloading, foundations and service clearances. Agree the delivery scope before arranging installation.
The HW7 supports different T type and 2U arrangements. These are alternative layouts. Do not combine the two capacities or assume the same rack, power and pipe schedule applies to both.
The water curtain is part of the cooling strategy. Confirm seasonal water availability, quality, treatment and drainage with the selected operating conditions before finalising the site design.
Before you order
Confirm the supplied equipment list in your quotation. Do not assume ASIC miners, accessories or installation are included in the container price.
Compatibility depends on the exact miner model, cooling method, electrical connections and configuration. Send us your proposed miner list for checking.
Ask for the current allocation and expected dispatch window. The quoted lead time and delivery arrangements will be confirmed for your order.
06 / Compatible fleet examples
Compare suitable ANTMINER families using current catalogue base values. Each card represents an alternative fleet of one model, not three fleets to combine.
These S21 Hydro examples use the standard T type layout. The alternative 242 position S23e U2H layout requires a separate miner selection. Confirm the supplied rack, PSU connectors and coolant flow before ordering.
Confirm fleet availability
Currently out of stock
Currently out of stock
Planning quantity = the lower of the supported slot count and the whole number of miners within the chosen power budget, allowing 5% above each miner's catalogue wattage. This page uses 1900kW for ANTSPACE HW7. HD5 reserves 100kW from its 1512kW normal figure; HW5 uses the older 1062kW limit until its revision is confirmed; HW7 reserves 100kW below its 2000kW cooling rating; MD5 reserves 100kW within its 1000kW container figure. These are conservative screening assumptions, not commissioned or manufacturer approved fleet sizes.
Fleet price = current unit price × quantity. Fleet gross monthly earnings = the same per miner base earnings field used by the homepage card × quantity. Hashrate and miner power also scale with quantity; efficiency and earnings per kWh remain per unit ratios. A combined hardware total is shown only where a container price is available; otherwise the container is quoted separately. No bulk discount, electrical infrastructure, delivery adjustment, cooling electricity, downtime or heat income is assumed.
Gross earnings are estimates before electricity and operating costs. Final quantities also depend on ambient temperature, coolant flow, distribution across cabinets, PSU connectors and the approved rack layout. Check stock allocation and the complete quote before ordering. This section shows compatibility examples and does not claim a purchase history.
07 / Source and quotation
The equipment schedule defines the configuration supplied.
Specifications are based on the manufacturer material linked below, using the configuration and conditions shown on this page.
