Planning example: Tulip Greenhouse Heating Concept
This is an illustrative planning scenario, not a completed customer project. The site, equipment and figures are assumptions for discussion, not measured results. Any implementation requires a site assessment and an individual technical proposal.
ForMiners modeled heat output, reusable heat percentage, miner count and operational constraints as a concept before recommending any pilot deployment.
Country
Netherlands / EU
Energy source
Grid power with heat reuse potential
Deployment
Mining heat reuse concept
Heat reuse
Controlled heat reuse modeled for winter demand; humidity and ventilation require project engineering.
Project frame
Problem and solution
Problem
The greenhouse scenario needed to evaluate whether ASIC heat could offset winter heating demand without creating crop, humidity or ventilation risk.
Solution
ForMiners modeled heat output, reusable heat percentage, miner count and operational constraints as a concept before recommending any pilot deployment.
Results
What this planning case demonstrates
- Created a heat-first evaluation framework for greenhouse economics.
- Highlighted humidity, airflow and crop-safety requirements before hardware selection.
- Recommended a measured pilot before scale deployment.
Thermal concept
180 kW
Seed value for winter heat-reuse planning.
Heat reuse
Modeled
Not measured; depends on site engineering.
Pilot path
Required
Validation recommended before large deployment.
Deployment data
Equipment and operating assumptions
Equipment
- Hydro or air ASIC options
- Heat distribution concept
- Humidity and ventilation review
- Monitoring
Capacity
- Capacity
- 180 kW
- Miners
- 42
- Deployment
- Mining heat reuse concept
This concept illustrates a possible setup. Figures are calculation inputs, not measured customer results. We assess equipment and economics for your site individually.
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More project examples
Illustrative cover, not a photograph of the project.
Residential heat reuse
Finland: ASIC heat integration for a 600 m² home
An immersion bath sized for six Antminer L9 transfers heat to a boiler serving a 600 m² home. Owner-reported installation facts, without a claim of measured savings.
- Energy
- Electricity; tariff at installation approximately €0.06/kWh
- On-site installation work was completed in two days, according to the owner. Design, procurement and the complete commissioning schedule are outside that period.
- The owner reports an immersion-loop temperature of up to 55°C. This is not a guaranteed tap-water or heating-delivery temperature.
Wind-energy site
Wind-powered ASIC mining integration in Lithuania
Custom generation-tracking software adjusts the power of 3–4 immersion-cooled miners per turbine as available wind energy changes.
- Energy
- Wind generation and site electricity
- Brought container, cooling and ASIC equipment into one field deployment workflow.
- Validated service access and on-site configuration before ongoing operation.
Solar owner / commercial property
Solar Surplus Mining Project
Compare low-value export with flexible mining and validate the opportunity through a pilot-first model.
- Capacity
- 120 kW
- Miners
- 28
- Energy
- Solar surplus electricity
- Defined a conservative export-versus-mining comparison model.
- Estimated miner count based on surplus power rather than full site capacity.