一位区块链制作者24小时平均耗能为1.8千瓦。因此，1.8千瓦X 24 X 74 = 3196千瓦时/日。
3196千瓦时X 365天（每年）= 1,137,776千瓦时
In this article we look at the comparisons of Proof of Work (POW) crypto-currencies such as Bitcoin & Ethereum then delve into EOS which uses Delegated Proof Of Stake (DPOS). In these comparisons, it’s our intention to bring forward the realization of energy consumption associated with blockchain protocols.
Many blockchains have substantial differences in energy consumption. As we know, Bitcoin has the highest market cap of any cryptocurrency, yet is renowned for its aggressive energy consumption. The world’s focus has moved to sustainability and how green industries can be used to reduce our carbon footprint and save our planet from climate change. The blockchain is not excluded from this and should lead from the front.
Bitcoin holds numerous research papers and calculations based on it’s energy consumption. Bitcoin uses a POW (Proof Of Work) mechanism that’s costly and time-consuming to produce. It effectively consumes the same amount of electricity as the nation of Argentina. How much electricity is that? It’s a whopping 73.1 TWh*. That’s enough to cover the electricity use in Africa and is 1.5% of the United States yearly consumption. Below is a chart that shows how high Bitcoin ranks in electricity consumption.
Country Consumption of Electricity VS Bitcoin
Funnily enough Bitcoins energy consumption is not even the biggest problem. Bitcoins top miners operate using coal-fired power plants in China. Coal-based electricity is available there at low rates & this delivers the ridiculous carbon footprint for each unique Bitcoin transaction. Mined crypto-currencies dominate the market by a staggering 70%.
Ranked at no.2 in market cap, Ethereum has brought a lot to the masses in recent years. Being a decentralized platform where developers can create smart contracts, Ethereum is a blockchain with an enormous reach that can add value and represent the ownership of items, property & dApp development.
It’s a step in the right direction as it has a significantly lower TWh level than Bitcoin but still breeds crazy levels of electricity consumption. See the image below for more statistics.
Bitcoin and Ethereum are large consumers of electricity, have a look at their combined usage in the image below.
EOS is blockchain 3.0 that demands respect and delivers in all fields respectively to what a new blockchain agent should deliver. EOS is based on Graphene technology as its predecessor’s Steemit & Bitshares. With its multi-lane processing capacity using Delegated Proof of Stake consensus algorithm (DPoS), EOS breathes fire and definitely delivers in all areas where it needs.
The EOS network operates with 21 elected Block Producers and 53 stand by Block Producers ready to stand in at any point as voted by token holders.
EOS Energy Breakdown
If we add the top 21 and 53 standby candidates, this equates to 74 BP’s.
Average energy consumption for a Block Producer is 1,8KW for 24 hours. Therefore, 1.8KW x 24 x 74 = 3196 kWh per day.
3196 kWh x 365 days for Annual Use = 1,137,776 kWh
Converting 1,137,776 kWh into TWh = 0.0011 TWh
Based on these calculations EOS is 66,000 times more energy efficient than Bitcoin. With these types of results, we can see that EOS (DPoS) is a game changer. Holding itself with low power consumption yet delivering speed with a solid foundation.
To find the difference with Bitcoin vs EOS.
73.1 TWh / 0.0011 TWh = 66,454 times that EOS is more Energy efficient in comparison to Bitcoin & 17,236 times more Energy efficient than Ethereum.
GenerEOS is a social enterprise block producing candidate with a mission of promoting and supporting scalable and highly reliable block production whilst giving back block rewards to Social Causes.
Based out of Sydney, Australia, GenerEOS is founded by a team of likeminded blockchain enthusiasts with diverse backgrounds and a passion to make a difference in the world and fostering the spirit of generosity by giving back
The Future of Giving