Our great sponsors
-
InfluxDB
Power Real-Time Data Analytics at Scale. Get real-time insights from all types of time series data with InfluxDB. Ingest, query, and analyze billions of data points in real-time with unbounded cardinality.
Sources and calculations: Energy per bitcoin transaction: 734 kWh (https://digiconomist.net/bitcoin-energy-consumption ) (4 day average, 08.02.2023) Energy consumption of the nano network based on TPD by principal representatives: 57 kWh/day (https://nano.community) (4 day average, 08.02.2023) Sustainable tps by the nano network: 20.5 tps (https://nanotps.com) (08.02.2023) 1,771,200 transactions per day (including 1 send and 1 receive block per transaction) results in 0.0322 Wh average energy consumption per transaction (network only) Energy for PoW generation of a send block: 0.0147 Wh Energy for PoW generation of a receive block (1/64th difficulty of send): 0.000230 Wh (tested by community member Ricki) Total energy for 1 nano transaction: 0.0322 Wh + 0.0147 Wh + 0.000230 Wh = 0.0471 Wh 734 kWh / 0.0471 Wh = 15,583,864 To make this more tangible with 0.0471 Wh (1 nano transaction) you can *Use a waffle maker for 0.1 s *Power a 50 W LED lightbulb for 3 s *Drive a Tesla Model S for 22 cm Special thanks to Ricki (PoW data and idea for this scene), trashman (TPD calculations and data from nano.community) and Pilsner_Maxwell (original concept for the nano-energy-cubes from 2 years ago). Song: Kevin MacLeod - Black Vortex
Related posts
- Collecting data about transaction times, security, reliability
- What do you want next from Nautilus?
- NANO Voting (Principal Rep) is unfortunately closed (14.02.2023)
- Comparison of Energy Usage for Nano vs. Bitcoin
- Nano is feeless 100% of the time. LN requires significant liquidity to host a node, some nodes charge a base fee, and when liquidity is short, a liquidity usage fee activates.