A reference 5 MW hosting operation
Example assumptions used to model Equalizer's impact on a 5 MW hosting operation — then make it yours with the interactive calculator below.
Reference hosting operation
| Metric | Value |
|---|---|
| Total capacity | 5 MW |
| Hosting rate | $0.065 / kWh |
| Fleet efficiency (average) | 14 J/TH |
| Average uptime (before Equalizer) | 95% |
| Hosting margin | 10% |
| Negative-profit capacity (miners operating at a loss) | 10% |
| Hashrate sink (retained excess hashrate) | 2% |
Estimated monthly profit contribution
Estimated monthly profit contribution from each Equalizer revenue pillar.
Boosts effective uptime from 95% to 100% +$11,863/mo
Virtualizes 10% of negative-profit capacity (0.50 MW) +$23,725/mo
Monetizes excess performance by retaining 2% of hashrate +$6,999/mo
Model your own facility
The calculator loads with the case-study assumptions above. Toggle pillars on or off and drag any slider to see isolated or combined effects on your bottom line.
The facility's net profit margin on standard hosting contracts.
What % of capacity is occupied by loss-making machines to virtualize?
Percentage of facility hashrate retained by the host.
Average efficiency of the machines running.
S19 · 100 TH
KS3M · 6 TH
S21 · 200 TH
Figures are illustrative estimates derived from the stated assumptions (730 hours/month, 3.125 BTC block reward, 144 blocks/day). Pillar revenue is modeled as direct profit contribution, consistent with the reference case study. The KS3M income is a fixed estimate — kHeavyHash earnings are not derived from BTC difficulty.
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