Generated illustration of a house; not a photograph of this installation.
Home floor area
600 m²
Immersion bath capacity
6 × L9
Adds heat when needed
Boiler
Floor area is not a heating load. Bath capacity does not imply continuous operation of six miners.
Project in detail
01
The task
Integrate ASIC heat into the heating system of a 600 m² home in Finland while retaining control of water temperature and a dependable heating supply. Floor area alone does not establish the required heating capacity.
02
The solution
An immersion bath sized for six Antminer L9 transfers heat through a fluid circuit to the boiler. The boiler adds heat when required. Bath capacity does not prove that all six miners run continuously.
Watch the project
1:02 · English · No audio
ASIC heat integrated into a 600 m² home in Finland.Video transcript
CASE STUDY / FINLAND
FINLAND / COMPLETED PROJECT Mining heat. Home heating. ASIC heat integrated into a 600 m² home. A real ForMiners installation.
01 / ON-SITE INSTALLATION
DELIVER. PREPARE. CONNECT. Built around the home’s heating system.
02 / EQUIPMENT
IMMERSION BATH CAPACITY 6 × L9 Antminer equipment. Immersion cooling. The bath is sized for six devices. Capacity does not establish that all six miners run continuously.
03 / HEAT RECOVERY
REAL INSTALLATION FOOTAGE Capture the heat. Transfer it to the boiler.
04 / HEAT TRANSFER
HOW HEAT REACHES THE HOME The boiler adds heat when needed. ASIC + immersion Heat enters the fluid Boiler Additional heating as required Home Heat delivered to the building HEAT SOURCE Immersion loop HEATING SIDE Tanks + pipework Explanatory thermal path · not a hydraulic design or a measured performance chart.
05 / COMMISSIONING
REPORTED BY THE PROJECT OWNER 2 days On-site installation work Excludes design, procurement and the full launch schedule. Up to 55°C In the immersion loop Not a guaranteed tap-water or heating-delivery temperature.
06 / PROJECT ASSESSMENT
YOUR BUILDING, YOUR CONDITIONS Start with the heat demand. The building Heat loss and water temperatures The economics Electricity tariff and usable heat demand Year-round operation Backup heating and summer heat management Useful heat and variable mining revenue are assessed separately.
CONTACT / FORMINERS EUROPE
PLAN A SIMILAR PROJECT Let’s assess your building. Send your heating use, water temperatures and electricity bill. Scan to start a conversation Open chat · send your project details Telegram +372 5450 3075 WhatsApp +372 5323 0723 forminers.eu
How it works
600 m² · Finland · Completed project
Immersion bath capacity: 6 × Antminer L9
01
ASIC heat in immersion fluid
↓→
02
Boiler and additional heating
↓→
03
Building heat demand
Explanatory heat-transfer schematic, not measured performance. Floor area is not a heating load. Bath capacity does not imply continuous operation of six miners.
ASIC equipment heats the immersion fluid; the circuit transfers heat to the boiler, which supplies the building and provides additional heating when needed. This is a thermal sequence, not a hydraulic design. Electrical connection, water temperatures, pumps and safety must be assessed for each building.
Inside the real project
From delivery to the heating connection. Photos from the ForMiners project archive.
According to the owner, on-site installation took two days; this excludes design, procurement and the full commissioning schedule. The reported immersion-loop temperature reaches 55°C, not a guaranteed tap-water or heating supply temperature. Real installation photos and video document the work.
Assessment and operating conditions
Assess heat loss, annual and monthly heating demand, supply/return temperatures and the full electricity bill. Include equipment, installation, pumps, maintenance and pool/firmware fees. Compare useful heat with the existing heating system; evaluate variable mining revenue separately. Plan backup heat, service access, fluid and leak checks, and summer heat rejection or reduced load.
Practical questions about the project
Can the ASIC installation replace the boiler?
The documented solution retains the boiler for additional heating. Miner output follows the equipment operating state; the building needs heat even during maintenance or shutdown. Heating design should therefore define the backup source, temperature control and operating priorities before selecting miners.
How should the system operate in summer?
Lower heating demand changes how much recovered heat the building can use. The design must account for reducing miner load or safely rejecting unused heat. Useful heat, electricity consumption and mining income should be recorded separately to evaluate operation across seasons.
Could this work for your building?
Send your heating consumption, water temperatures and electricity bill. We will assess the heating demand and integration requirements before proposing equipment.
