SolarCompute / Host earnings calculator

Your hardware.
Your earning potential.

Explore indicative gross host earnings across Case, Tower and Rack systems. Adjust utilisation and operating hours to see how the assumptions affect the estimate.

Inputs

System assumptions

24 hours per day
Case1 × RTX 3070
Tower4 × RTX 3070
Rack15 × RTX 3070
Indicative Results

Earnings estimate

Estimated monthly gross earnings
—
Payment rate
Loading live rate…
Power draw
100W
Daily energy
2.40 kWh
Daily earnings
—
System Case
GPU count 1
Workload class Entry
Yearly earnings —

Gross estimates exclude electricity costs, equipment, taxes and other expenses. Figures are not guaranteed payments. Estimates are based on current SolarCompute system standards using RTX 3070-based deployments and conservative operating draw assumptions. Actual performance varies by workload, system activity, and future hardware revisions.

System Reference

Current SolarCompute machine standards

The calculator uses indicative operating draw assumptions for each current SolarCompute system class.

Case System

1 × RTX 3070

Idle30W
Medium100W
Maximum150W
Payment rateLive network rate

Tower System

4 × RTX 3070

Idle85W
Medium340W
Maximum520W
Payment rateLive network rate

Rack System

15 × RTX 3070

Idle275W
Medium1225W
Maximum1900W
Payment rateLive network rate
How earnings are calculated

Simple, transparent energy-based logic

Revenue is estimated from the selected system’s indicative power draw, active hours per day, and payment rate per kilowatt-hour.

As utilisation increases, systems consume more energy, which increases the amount supplied to the network and the host’s indicative earnings.

Formula

  • Daily energy = (power draw in watts ÷ 1000) × hours active per day
  • Daily earnings = daily energy × payment rate
  • Monthly earnings = daily earnings × days active per month
  • Yearly earnings = monthly earnings × 12
Next Step

Move from estimate to deployment

Explore the host model, review system classes, and apply to join the SolarCompute network.