Select your Bitcoin model above or enter hashrate in TH/s and power consumption in watts from the datasheet. The most important lever is your electricity price per kilowatt-hour - for Bitcoin it is the central input of the calculation, because the network is dominated by highly efficient industrial hardware. The calculator shows the estimated daily yield in BTC and euros, the electricity costs and the break-even electricity price. All outputs are a calculation example with no guarantee, based on current network data - every calculation is a snapshot, not a promise of earnings.
Your share of the daily yield results from the ratio of your hashrate to the total network hashrate, multiplied by the daily BTC amount paid out - block reward plus transaction fees - and the price. Bitcoin halves the block reward roughly every four years; the next halving is calculated to fall in spring 2028 and belongs in every longer-term calculation. How the network hashrate develops is shown on the Bitcoin Network Hashrate page.
For Bitcoin, efficiency in joules per terahash matters more than raw hashrate: as the network hashrate rises, the break-even electricity price rises first for devices with the highest power consumption per unit of computing power. Current generations such as the Antminer S21 family or the Whatsminer M60 series set the benchmark; inspected used devices from older generations can be placed directly alongside them in the calculator using the same inputs.
Modern Bitcoin miners are loud and need cooling - for operation at home, the technical factors that matter are the energy source, such as surplus solar power, the setup location and the available connection capacity. For professional operation, Cryptohall24 hosts Bitcoin ASICs in its own partner data centres. Simply enter the electricity price relevant to you in the calculator to run your scenario. More on this at Mining hosting at Cryptohall24.