Since 2019
Operating in Europe
ASIC mining. Smarter energy.
Turn Energy Into Mining Revenue
ForMiners sells, hosts, tunes and deploys ASIC miners across Europe — from individual miners to solar surplus, warehouses, greenhouses and heat reuse projects. We turn electricity into hashrate, heat and real business value.
- EU-based operations
- Enterprise-grade infrastructure
- Expert firmware tuning
3,100+
ASICs in operation
600+
Clients served
Up to 50 MW
Available capacity
EU-based
Service and operations
Deployment routes
Choose Your Mining Path
Start with the highest-value path for your site: hardware, hosting, heat reuse or surplus energy monetisation.
Primary mining routes
- ASIC
Buy ASIC Miners
Select current-generation hardware with EU delivery, service and project support.
- HOSTING
Host Your Miners
Place your ASIC fleet in managed facilities with power, monitoring and service access.
- ENERGY
Monetise Surplus Energy
Turn solar, wind or otherwise unused electricity into a flexible productive load.
- HEAT
Reuse Mining Heat
Plan useful heat recovery for buildings, warehouses and controlled growing environments.
Additional solutions
Extend a deployment with purpose-built infrastructure, heat integration or performance tuning.
- CONTAINER
Mining Containers
Modular capacity with planned power, airflow and monitoring.
- GREENHOUSE
Greenhouse Heating
Reuse ASIC heat around crop, humidity and ventilation requirements.
- INSTALLATION
Custom Installations
Engineer site-specific mining infrastructure around available energy.
- FIRMWARE
Firmware & Overclocking
Tune efficiency, stability or performance after diagnostics.
ASIC commerce
Featured ASIC Miners
Popular ASIC models for hosted mining, solar surplus and energy-focused deployments. Final availability and pricing are confirmed during the project quote.
AvailableSCRYPT
Bitmain / Antminer L11 Pro
Bitmain Antminer L11 Pro 21 GH/s
- Hashrate
- 21 GH/s
- Power
- 3,612 W
- Efficiency
- 172 J/GH
HostingSolarWindHeat reuse
Profitability estimate
Model your assumptions
Current market figures are shown only after verification.
Quote-based pricing
Price on request
AvailableSCRYPT
Bitmain / Antminer L9
Bitmain Antminer L9 17 GH/s
- Hashrate
- 17 GH/s
- Power
- 3,360 W
- Efficiency
- 210 J/GH
HostingSolarWindHeat reuse
Profitability estimate
Model your assumptions
Current market figures are shown only after verification.
Quote-based pricing
Price on request
AvailableSHA-256
Bitmain / Antminer S23
Bitmain Antminer S23 318 TH/s
- Hashrate
- 318 TH/s
- Power
- 3,498 W
- Efficiency
- 11 J/TH
HostingSolarWind
Profitability estimate
Model your assumptions
Current market figures are shown only after verification.
Quote-based pricing
Price on request
AvailableSHA-256
Bitmain / Antminer S21 XP
Bitmain Antminer S21 XP 270 TH/s
- Hashrate
- 270 TH/s
- Power
- 3,645 W
- Efficiency
- 13.5 J/TH
HostingSolarWind
Profitability estimate
Model your assumptions
Current market figures are shown only after verification.
Quote-based pricing
Price on request
Mining profitability is an estimate only. Results depend on coin price, network difficulty, pool luck, pool fees, electricity price, hosting costs and market conditions.
Profitability planning
Profitability Data, Not Guesswork
Adjust every assumption and see how electricity, uptime, fees and expected mining revenue affect the result.
Calculator inputs
Build your operating scenario
Calculation logic
Net daily profit = gross revenue − electricity cost − pool fee − hosting cost. Hosting is treated as a fixed daily fee per miner; uptime applies to mining revenue and electricity use.
Assumptions updated: 24 May 2026Locally stored planning assumptions; not a live data feed
Estimated result
BITMAIN ANTMINER L11 PRO
1 miner · 95% uptime
- Gross daily revenue
- €27.36
- Daily electricity cost
- €7.00
- Pool fee
- €0.27
- Hosting cost
- €0.00
- Net daily profit
- €20.09
- Net monthly profit
- €602.59
- Estimated ROI
- 10.4 months
- Break-even electricity price
- €0.329 / kWh
Scenario comparison
Net daily profit when one risk assumption changes.
Current inputs
Your selected assumptions
€20.09
Electricity +20%
Higher power cost
€18.69
Uptime -10 pp
Reduced operating time
€17.97
Revenue -15%
Lower mining revenue assumption
€16.02
This calculation is an estimate, not a guarantee. Results change with coin price, network difficulty, pool luck, pool fees, hardware performance, electricity price, hosting costs and market conditions.
Reference source: cryptominingprofitability.com. Values on this page are stored locally and are not presented as live provider data.
VNISH-style service vertical
ASIC Overclocking & Firmware Tuning
Optimize miners for efficiency, stability or maximum performance depending on diagnostics, cooling and power conditions.
Diagnostics before tuningEfficiency profilesHosting + monitoring bundle
01
Diagnose
Chip state, cooling and power quality.
02
Profile
Efficiency, balanced, performance or hosting rules.
03
Monitor
Temperature, uptime and stability after setup.
Power-first tuning
Efficiency Profile
Lower watts per unit of hashrate.
High electricity price, heat reuse, hosting efficiency rules.
Expected direction
Potentially lower operating cost per TH
Stable daily output
Balanced Profile
Stable output with controlled power draw.
Daily hosted operation and mixed project economics.
Expected direction
Practical profile for managed sites
Hashrate-focused setup
Performance Profile
Maximum hashrate after diagnostics.
Strong cooling, stable power and short payback windows.
Expected direction
Only after cooling and power checks
Fleet rules and uptime
Hosting Optimized Profile
Facility rules, uptime and remote monitoring.
Managed hosting contracts and fleet-level operation.
Expected direction
Aligned with monitoring and site limits
Tuning audit
Start with diagnostics, not guesswork.
We review firmware support, chip condition, cooling, power quality and hosting rules before recommending a profile.
Firmware tuning may affect warranty, stability, temperature, power draw and hardware lifespan. Final settings depend on diagnostics and operating environment.
Heat reuse
Mining Heat That Works For You
Turn thermal output into a planned site benefit for buildings, warehouses and greenhouses where airflow, safety and controls are designed properly.
Thermal rule
1 kW in = about 1 kW heat
Best season
Cold months and baseload demand
Audit focus
Airflow, noise and safety
Heat reuse
Hashrate plus useful heat.
Reuse ASIC thermal output for buildings, warehouses and greenhouse projects where ventilation and safety are planned.
Thermal logic
1 kW electric load becomes ~1 kW heat
Best use
Winter demand
Required
Airflow plan
ASIC miners convert electricity into hashrate and heat. ForMiners helps reuse that heat for homes, offices, warehouses and greenhouses.
Heat output
Power becomes heat
Best fit
Ventilated sites
Planning
Safety first
Quiet planning
Home heating
Compact systems for rooms or small buildings where noise and ventilation are planned.
Comfort-first feasibility
Baseline offset
Warehouse heating
Use miner heat to offset baseline heating demand in larger open spaces.
Useful load during colder months
Winter value
Greenhouse heating
Pilot winter heat reuse with humidity, airflow and crop environment controls.
Controlled grow environment
Process support
Industrial heat reuse
Capture useful heat around existing electrical and mechanical infrastructure.
Heat integrated into operations
Planning output
A heat reuse plan connects miner count, ventilation, operating hours and useful heat demand before hardware is deployed.
Site audit
Heat demand, airflow paths and operating limits
Miner plan
Power draw, noise profile and placement
Controls
Temperature, humidity and safety monitoring
Economics
Mining estimate plus heating offset view
Custom installations
Built For Real Energy Sites
Deployment concepts for energy owners, commercial buildings and industrial sites where power, heat, airflow and monitoring need to work together.
Solar surplus site
Surplus load
Solar farms
Flexible load for surplus production windows.
Plan this setup
Wind-site integration
Lithuania field site
Wind turbines
Field-proven planning for variable generation and remote energy sites.
Plan this setup
Equipment staging
Idle capacity
Warehouses
Use power and idle space without improvised layouts.
Plan this setup
Controlled grow heat
Heat reuse
Tulip greenhouses
Heat-first concepts for controlled greenhouse sites.
Plan this setup
Thermal integration
Field engineering
Industrial facilities
Integrate miners with power, heat and operations.
Plan this setup
ForMiners container
Modular site
Mining containers
Fast modular capacity with service access.
Plan this setupHeat loop concept
Building heat
Homes / offices
Assess quiet, safe heat reuse where practical.
Plan this setup
Managed uptime
Hosting site
Hosting / data centers
Plan ASIC capacity around power, airflow, monitoring and service access.
Plan this setupProject delivery
From Energy Audit To Running Miners
Turn an electricity opportunity into a deployment route with clear technical decisions before hardware is ordered or moved.
Start with three site facts
01Electricity tariff
02Available capacity
03Operating goal
Real field workflow
Site checks, commissioning and operating responsibility in one project route.
01Site feasibility
02Equipment scope
03Deployment route
Plan01
Energy audit
Tariff, load profile, capacity, heat demand and site constraints.
Outcome
Site constraints mapped
Plan02
Equipment selection
ASIC model, cooling path, hosting fit and procurement plan.
Outcome
ASIC model and cooling path selected
Plan03
Deployment plan
Electrical, airflow, monitoring, container or heat-loop design.
Outcome
Power, airflow and monitoring defined
Deliver & operate04
Installation
Hardware setup, commissioning and operational handover.
Outcome
Hardware commissioned
Deliver & operate05
Firmware tuning
Diagnostics before efficiency, balanced or performance profiles.
Outcome
Efficiency profile configured
Deliver & operate06
Monitoring & support
Hashrate, power, temperature, maintenance and repair workflows.
Outcome
Ongoing uptime control
Your first decision can be simple
Share the site data. We will structure the strongest route.
We will identify whether miner purchase, managed hosting, useful heat or a custom installation is the strongest next step.
One project deskHardware and infrastructureMonitoring route
Project estimate
Not sure what fits your site?
Tell us about your electricity price, site type and goals. We will suggest the right mining, hosting, heating or tuning setup.
01
Site reviewed by ForMiners
We check site type, timing, quantity, tariffs and operating goals.
02
Power and cooling checked
Capacity, airflow, heat demand and hosting constraints are mapped first.
03
Quote prepared after assumptions
You receive a practical direction before any final project confirmation.
Useful details for a faster review
Tariff
EUR/kWh
Capacity
Available kW or MW
Site
Building or energy source
Goal
Mining, hosting or heat
Every request is reviewed before a project direction or commercial scope is confirmed.