Mining & Security Collection
Bitcoin: Electrical Cost of Production
The estimated electricity cost to mine one Bitcoin — a fundamental price floor
Chart informationBitcoin: Electrical Cost of Production
About This Indicator
The Electrical Cost of Production (a Capriole-style model) estimates the pure electricity cost to mine one Bitcoin, derived from network hash rate, an assumed improving fleet-average miner efficiency, and an assumed electricity price. It acts as a fundamental price floor: because miners sell to cover costs, Bitcoin has historically rarely traded below its electrical cost for long. Model assumptions (documented for transparency): miner efficiency is log-linearly interpolated between real ASIC generations (~8000 J/TH in 2013 → ~100 at the Antminer S9 → ~34 at the S19 → ~17 at the S21), electricity is priced at $0.05/kWh for the marginal miner, and daily issuance uses 144 target blocks × the halving-schedule block subsidy. Because the codebase has no per-miner hardware mix, the efficiency curve is an assumption, not a measurement — treat the line as an indicative floor, not an exact cost.
Current Value & Interpretation
- BTC price
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- Electrical cost of production
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- Price ÷ cost ratio
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- Signal
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Waiting for hash rate data.
Data Sources
- Bitcoin price: CoinGecko API via backend price history
- Hash rate: Blockchain.info charts API — full daily history since 2009
- Miner efficiency (J/TH) and electricity price ($0.05/kWh): modelled assumptions, not measured
Last Updated
Waiting for data
