Estimate your cost
to mine a Bitcoin.

About the comparison

Public-miner comparisons cover electricity only. Site cash and full operating costs use the costs in your setup. Company figures come from the linked filings; example operating costs are illustrative assumptions.

Companies report different site boundaries and power-credit treatments. The source table below explains the scope of each figure.

How the estimate works

We model 30 days at the entered hashrate, uptime, efficiency and difficulty. Expected gross BTC equals hashrate × time online × (block subsidy + assumed transaction fees) ÷ (difficulty × 2³²), with hashrate converted to hashes per second. Subsidy follows block height and halves every 210,000 blocks. The default transaction-fee assumption is zero (subsidy only). This produces less estimated BTC and a higher cost per BTC than the same setup with positive transaction fees. You can enter a fee assumption under Network assumptions.

Power use equals hashrate × efficiency × hours online × facility multiplier. Monthly fixed costs continue during downtime. Pool fees are counted once as a cost valued at the BTC price; gross production is not reduced a second time. Site cash break-even is fixed and energy costs ÷ [gross BTC × (1 − pool fee)]. Full operating break-even adds depreciation and allocated cash overhead. Electricity break-even covers power alone.

Bundled hosting replaces the costs marked included. Its electricity component cannot be compared separately. The model assumes no idle power outside uptime; add unavoidable fixed power charges to other site opex. Hardware depreciation uses straight-line cost over useful life with zero residual value; booked depreciation can include infrastructure.

This is a model from what you typed, not your books. Current estimates and historical company results use different periods. A lower number is not a profitability forecast.

ASIC presets: BITMAIN S21 XP specifications · S21 Pro manual. Rated values at 25°C; actual draw and hashrate vary.