# to open / tweak, paste the contents of this file into Numi 
# https://numi.app/

# https://www.statista.com/statistics/265598/consumption-of-primary-energy-worldwide/
worldEnergy2023ExaJoules = 600  = 600 = 600
worldEnergy2023Joules = worldEnergy2023ExaJoules * 1e18 = 6E20 = 6E20
worldEnergyWatts = worldEnergy2023ExaJoules * 1e18 / (3600*24*365) = 1.9E13 = 1.9E13

# https://www.statista.com/statistics/280704/world-power-consumption/
worldElectricity2023TWH = 27e3 #  = 2.7E4 = 2.7E4
worldElectricity2023Joules = worldElectricity2023TWH * 1e12 * 3600 = 9.72E19 = 9.72E19
worldElectricityWatts = worldElectricity2023Joules / (3600 * 365 * 24) = 3.08E12 = 3.08E12

# Total energy is about 6x just the electrical energy
energyToElectricity = worldEnergy2023Joules / worldElectricity2023Joules = 6.17E0 = 6.17E0


# https://flowcharts.llnl.gov/commodities/energy
# https://flowcharts.llnl.gov/sites/flowcharts/files/styles/orig/public/ENERGY_2011_WORLD.png?itok=EJi8nkIQ
llnlWorleEnergy2011PetaJoules = 543000 = 543,000 = 543,000
llnlWorleEnergy2011Joules = llnlWorleEnergy2011PetaJoules * 1e15 = 5.43E20 = 5.43E20

# sanity check. llnl total energy 2011 should be close to statista 2023 total energy
2011To2023Energy = worldEnergy2023Joules / llnlWorleEnergy2011Joules = 1.1E0 = 1.1E0

# https://ccaf.io/cbnsi/cbeci
# I don't think this includes cooling but who knows
bitcoinElectricityGW = 20 = 20 = 20
bitcoinElectricityWatts = 20e9 = 2E10 = 2E10

# The Bitcoin Mining Network - Trends, Marginal Creation Cost, Electricity Consumption & Sources, Christopher Bendiksen and Samuel Gibbons 
# https://www.aima.org/static/uploaded/71d33866-6c29-4dc5-80be6bf1f50af097.pdf
# Out of the mid-table creation costs, Electricity
# OPEX represents 33%, CAPEX represents 57%,
# and C&O OPEX represents 10% of the total cost.
# C&O is cooling and other
# CAPEX is cost of hardware, estimate embodied energy in hardware is equal to the electric energy
bitcoinEmbodiedEnergytoElectricenergyRatio = 1 = 1
bitcoinEmbodiedEnergyWatts = bitcoinElectricityWatts * bitcoinEmbodiedEnergytoElectricenergyRatio = 2E10

bitcoinTotalWatts = bitcoinElectricityWatts + bitcoinEmbodiedEnergyWatts = 4E10

# bitcoin fraction of world energy use
bitcoinFractionWorldEnergy = bitcoinTotalWatts / worldEnergyWatts  = 2.11E-3