On this page, you find some key figures about the Bitcoin blockchain electricity consumption. In order to make it easier to comprehend, we have used real life examples such as Tesla Kilometers (1 Mile is around 1.6 Km, for our American friends). All data is calculated into Kilowatt-hours (KWh) and compared and calculated against real life values such as Tesla Km. If you want to learn more and find out how this is calculated visit Bitcoin and Electricity. All data is indicative.
Fully Charged Batteries
|Total annualized||Daily Average|
|YTD||132,077,001,332 KWh||388,461,768 KWh|
|2022||114,595,712,383 KWh||313,960,855 KWh|
|2021||103,719,817,357 KWh||284,163,883 KWh|
|2020||66,918,190,729 KWh||182,836,586 KWh|
|2019||52,178,949,983 KWh||142,956,027 KWh|
|2018||42,200,157,444 KWh||115,616,869 KWh|
|2017||16,906,129,430 KWh||46,318,162 KWh|
|2016||8,290,037,170 KWh||22,650,374 KWh|
compared to previous year Bitcoin energy consumption of 103,719,817 MWh
Source: https://en.wikipedia.org/wiki/ List_of_countries_by_electricity_consumption
Carbon Dioxide (CO2)
This number highlights the number of persons causing the same amount of CO2 emissions per day. On average a person causes 670 Kg CO2 per year.
An average tree can bind 10 Kg CO2 per year. This is how many trees you need to bind all the emissions
Causing the same amount of emission you can flight this many persons from London to Los Angeles (8,770 km distance)
Calculation is based on 3,236 Kg CO2 emissions per person.
The circumference of the earth is 40,075 km. With an standard car, causing 190 g CO2 per Km you can drive that many time arround the world