The process of converting photons to fiat currency with the least amount of work and cost.
Currently crypto mining with solar is the most cost effective option.
What’s the most efficient miner right now?
Right now according to https://whattomine.com/miners?cost=0.1&cost_currency=USD&sort=efficiency_desc, the most efficient is the iPollo Mini Plus at 232W an generates about .89 cents per day.
With 6 hours of sun, a 5.91kW battery, 740W PV array, and 2000W inverter, show me how many 232 Watt ASIC miners can I run 24 hours a day?
the steps to calculate how many 232 Watt ASIC miners you can run 24 hours a day with 6 hours of sun, a 5.91kWh battery, a 740W PV array, and a 2000W inverter:
Calculate the total energy generated by the solar panels in one day:
solar_energy = sun_hours * pv_array_power
solar_energy = 6 hours * 740 watts = 4440 watt-hours
Calculate the amount of energy that can be stored in the battery:
battery_energy = battery_capacity * math.ceil(solar_energy / inverter_power)
battery_capacity = 5.91 kWh
inverter_power = 2000 watts
battery_energy = 5.91 kWh * math.ceil(4440 watt-hours / 2000 watts) = 76.42 watt-hours
Calculate the number of ASIC miners that can be run 24 hours a day:
asic_miners = battery_energy / asic_miner_power
asic_miner_power = 232 watts
asic_miners = 76.42 watt-hours / 232 watts = 3.31 miners
Therefore, you can run 3.31 232 Watt ASIC miners 24 hours a day with 6 hours of sun, a 5.91kWh battery, a 740W PV array, and a 2000W inverter.
3.31 * .89 = $2.94/day
$1139 / 2.94 =387.41 days to break even the 82/mo revenue