Choosing the format
The published version is OA V5.0.40.3.086. Its controls monitor the installation and provide starting, stopping and alarm functions.
Canaan · Mining systems
Canaan Avalon 40 ft Immersion Container
Immersion mining container
Subject to quotationThe Avalon 40 ft immersion system pairs a tank container with a separate cooling container. Its 144 positions at 6 kW give an 864 kW planning ceiling within the stated 1000 kW cooling duty.
Equipment price
£150,000.00
£150,000 reference price. Confirm tank module, cooling module, dielectric fluid and delivery inclusions.
Reference capacity1000 kW
Miner positions144 reference positions
CoolingImmersion
01 / Technical reference
Compare the Avalon specification.
Match the delivered revision, electrical supply and cooling design to your selected fleet.
| Planning IT ceiling | 864 kW, calculated from the lower published position or rack limit |
|---|---|
| Version | OA V5.0.40.3.086 |
| Positions | 144, with 18 per tank |
| Tank container | 12192 × 2438 × 2896 mm |
| Cooling container | 12192 × 2438 × 2896 mm |
| Position limit | 6 kW |
| Cooling duty | 1000 kW at 25°C |
| Supply | 380 to 415 V AC, 50 Hz |
| Main distribution | 2 × 1250 A |
| Tank shipping mass | Up to 15000 kg |
| Tank operating mass | Up to 25000 kg |
| Cooler shipping mass | Up to 12000 kg |
| Cooler operating mass | Up to 20000 kg |
| PUE | Up to 1.08 |
| Noise | Up to 70 dBA at 10 m |
| Pipe material | SS304 |
Reference figures are subject to the conditions and revision stated by the manufacturer.
02 / A place in your project
Choose your Avalon format.
Air, hydro and immersion layouts serve different sites. Compare the actual fleet, supply and cooling requirements before choosing the enclosure.
Defining the scope
Build the quotation around the miner model, site location, available power and cooling conditions. Agree the equipment schedule, delivery arrangements and commissioning responsibilities before placing an order.
Cooling explained
Show how the cooling works
See how this cooling method moves heat away from the mining hardware.
01Hydro minerLiquid inside cooling passages
02Heat exchangerSeparates the two circuits
03Outdoor coolerReleases heat into the air
Liquid through the miner
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.
Why choose hydro
Liquid circuits suit dense installations and reduce reliance on fast fans inside each miner. They also provide a defined route for collecting useful heat.
What the site needs
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.
01Immersion tankHardware in dielectric fluid
02Heat exchangerSeparates the two circuits
03Outdoor coolerReleases heat into the air
Hardware in insulating fluid
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.
Why choose immersion
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.
What the site needs
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.
01Filtered inletCooler air enters
02Miner fleetAir absorbs hardware heat
03Fans and exhaustWarm air leaves
Air through the machines
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.
Why choose air
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.
What the site needs
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 controls
Power distribution and cooling equipment must be matched to the selected hardware. The published reference configuration is summarised below.
- Supply: 380 to 415 V AC, 50 Hz
- Main distribution: 2 × 1250 A
04 / Useful heat
Give the heat a purpose.
These are applications to assess with a thermal designer, not promised outputs or evidence that recovery equipment is included.
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.
Mining heat→Isolated heat exchanger→Suitable local heat demand
Water preheating
Assess whether a separate water circuit can accept useful heat before its normal heating stage.
Greenhouse heating
Match the heating circuit to the crop schedule, seasonal demand and available water temperature.
Seasonal control
Retain independent cooling when the receiving building or process cannot accept heat. Account for pumps, fans and any temperature boost in the project economics.
05 / Before delivery
Prepare for your Avalon delivery.
A clear specification prevents the site and the equipment from being designed in isolation.
Plan the foundation, lifting route, service access, incoming power and external cooling together. Component weights and dimensions refer to the named parts and fill conditions, rather than automatically describing a complete operating installation.
Site and access
Agree the foundation, delivery route, lifting plan and service clearances for the supplied equipment.
Miner selection
Confirm physical fit, connection type and continuous electrical load before committing to a fleet quantity.
Commissioning
Define who installs, tests and commissions each part of the system, including external plant and monitoring.
Project questions
Clear from the start.
Are miners included?
Miners are separate unless expressly included in the written equipment schedule.
Is this available immediately?
Availability and lead time require confirmation. This page does not represent confirmed stock allocation.
What does the price cover?
The written quotation confirms the supplied equipment, miner quantity where included, freight, tax treatment and commissioning responsibilities. Availability and dispatch timing are confirmed for the order.
06 / Fleet planning
Also bought with.
Each fleet example is an alternative, not an additional group to combine. The final miner order needs an approved configuration.
Match the miner first
The reference capacity is 144 reference positions. A named family or rack count does not confirm compatibility with every model in the catalogue.
Request a matched fleet quotation
We will confirm miner revision, connections, cooling requirements and supported quantity before showing a combined price. Earnings totals need an identified miner and a current base estimate.
07 / Source and quotation
Plan your Canaan project.
Manufacturer information is the starting point. The written quotation defines the supplied configuration.
Specifications are based on the manufacturer material linked below, using the configuration and conditions shown on this page.
Manufacturer images are reference illustrations or photographs. Equipment, accessories and layout must be confirmed in the final quotation.