FREE MINING TOOL
Estimate simultaneous thermal load and ideal airflow for a mixed fleet, separating ASIC load from additional facility power.
Up to 20 rows. All figures are editable; additional facility power is an illustrative allowance, not measured data.
Source: user inputs and referenced ASIC ratings, including derived power where applicable. Last updated: on input change. Additional facility power follows uptime for energy; thermal load assumes simultaneous operation.
This is a thermal estimate, not installed equipment sizing. Hydro loads need a separate coolant-loop design. Qualified professionals should assess the facility.
Total heat = fleet running watts × 3.412142 BTU/h. Tons = BTU/h ÷ 12,000. Airflow = watts × 3,600 ÷ (1.2 × 1,005 × temperature rise).
This sums simultaneous fleet power and an explicit facility allowance. Only include power becoming heat inside the chosen thermal boundary; outdoor equipment may need a separate treatment.
Two 3,500 W references produce 23,884.994 BTU/h before overhead: approximately 1.990 cooling tons. A 10°C rise requires ideal airflow of 2,089.55 m³/h.
Arithmetic examples explain the tool; they are not live market observations. Reference specifications are linked on ASIC pages.
Inspect sources →Cooling uses the scenario in which all listed equipment runs simultaneously.
It is an all-air thermal equivalent. Hydro units require separate coolant-loop design.
Estimate the thermal load, cooling tons and ideal ventilation airflow for a group of miners.
Combine multiple ASIC models, facility overhead and hosting fees to estimate fleet energy, revenue and simple payback.
Convert thermal capacity in BTU/hour to refrigeration tons and equivalent thermal kilowatts.