Crypto mining profit calculator
Estimate daily, monthly and yearly profit, ROI and break-even for any ASIC miner. Pick a miner from our catalogue and its hashrate, power draw and price fill in automatically — then set your electricity cost to see real numbers.
SHA-256 · mines Bitcoin · 500Th/s · 6800W
Tip: $0.018/kWh is our hosted-power rate. Try $0.12–$0.25 to see home-mining economics.
| Daily | Weekly | Monthly | Yearly | |
|---|---|---|---|---|
| Mining revenue | $11.75 | $82.25 | $357.67 | $4,288.75 |
| Electricity cost | -$2.94 | -$20.56 | -$89.42 | -$1,072.22 |
| Pool fees | -$0.12 | -$0.82 | -$3.58 | -$42.89 |
| Net profit | $8.69 | $60.86 | $264.67 | $3,173.64 |
Estimates only. Revenue figures are gross (before electricity) and reflect network difficulty and coin prices around June 2026; actual results change daily with difficulty, price, pool luck and uptime.
How the calculator works
The calculator estimates gross mining revenue from your miner's hashrate and algorithm using mid-2026 network figures, then subtracts your electricity cost and pool fees to show net profit. Choosing a miner auto-fills its hashrate, power consumption and price; you can override any field, and the “revenue per day” value is fully editable so you can plug in a live figure from your pool at any time.
The maths is simple and transparent: daily revenue = hashrate × revenue-per-unit-hashrate; daily power cost = (watts ÷ 1000) × 24 × your $/kWh; net profit = revenue − power − fees; and ROI days = hardware price ÷ daily net profit.
What affects mining profitability
Five things move the result the most: electricity cost (the single biggest lever), network difficulty (rises as more miners join, lowering each machine's share), coin price, hardware efficiency in joules per terahash, and uptime. Because electricity dominates, the same miner can be deeply unprofitable at home and comfortably profitable on cheap industrial power.
Why hosting changes the maths
Set the electricity field to a typical home rate ($0.15–$0.30/kWh) and then to our hosted rate of $0.018/kWh — the difference in net profit and ROI is usually dramatic. That's the whole point of crypto mining hosting: you own the miner and keep 100% of the coins, but run it on industrial power so far more of the revenue is profit.
Browse miners or get a hosting quote.
Mining calculator FAQ
How much can you make mining Bitcoin per day?
It depends on your miner's hashrate, your electricity cost and the current Bitcoin price and difficulty. As a 2026 guide, Bitcoin mining grosses roughly $0.023–$0.024 per TH/s per day before power, so a 270 TH/s Antminer S21 grosses about $6–$7/day gross; after electricity the net depends heavily on your $/kWh. Enter your miner above to see the numbers.
Is Bitcoin mining profitable in 2026?
It can be, but post-halving the margin is thin and electricity cost is decisive. A modern, efficient miner (low J/TH) on cheap power — for example hosted power around $0.018/kWh — is usually profitable, while the same machine on $0.20+/kWh residential electricity often is not. The calculator shows both: just change the electricity field.
What is mining profit per TH/s?
“Per TH/s” expresses revenue per unit of hashrate. In mid-2026, Bitcoin (SHA-256) grosses about $0.0235 per TH/s per day before electricity. Kaspa is around $0.048 per TH/s per day. Multiply by your miner's hashrate to get gross daily revenue, then subtract power and fees for net profit.
How long does it take to mine 1 Bitcoin?
Solo, a single ASIC would take many years because blocks are won by the whole network's hashrate. In practice you mine in a pool and earn a steady fraction of a Bitcoin proportional to your hashrate. The calculator reports your earnings in USD per day/month/year, which is the practical way to think about it.
How do I calculate mining ROI or break-even?
ROI (break-even) days = hardware price ÷ net profit per day. The calculator does this automatically once you enter the miner's price and your electricity cost. If net profit is zero or negative, the miner doesn't pay back at that electricity rate — lowering your power cost (e.g. via hosting) is the fastest way to improve ROI.
What electricity cost do I need to mine profitably?
Efficiency sets the threshold, but as a rule of thumb most modern Bitcoin ASICs need electricity under roughly $0.06–$0.08/kWh to stay clearly profitable in 2026; altcoin miners vary. At hosted rates around $0.018/kWh the margin is much healthier. Use the electricity field to find your own break-even rate.
Is it more profitable to mine Bitcoin, Kaspa, Litecoin or Ethereum Classic?
It changes constantly with each coin's price and difficulty. The honest answer is to compare them with the calculator using the same electricity cost: pick a representative miner for each algorithm (SHA-256 for Bitcoin, kHeavyHash for Kaspa, Scrypt for Litecoin/Dogecoin, Etchash for Ethereum Classic) and compare net profit and ROI.
Does hosting make mining more profitable?
Almost always, because electricity is the biggest cost. Moving from $0.20/kWh residential power to roughly $0.018/kWh hosted power can turn a loss into a profit and cut ROI time dramatically — the calculator makes the difference obvious when you change the electricity field. See our crypto mining hosting page for details.