{"id":10949,"date":"2018-09-24T08:50:30","date_gmt":"2018-09-24T08:50:30","guid":{"rendered":"http:\/\/bulletins.bfconsulting.com\/?p=10949"},"modified":"2018-09-24T08:50:30","modified_gmt":"2018-09-24T08:50:30","slug":"the-problem-of-bitcoin-s-energy-usage","status":"publish","type":"post","link":"https:\/\/bulletins.bfconsulting.com\/en\/the-problem-of-bitcoin-s-energy-usage\/","title":{"rendered":"The problem of Bitcoin\u2019s energy usage"},"content":{"rendered":"

Bitcoin is the world\u2019s first and largest cryptocurrency and is becoming more and more popular. To generate Bitcoins, a \u201cmining\u201d process takes place in which computers perform millions of calculations in an attempt to out-mine others and \u201cwin\u201d a Bitcoin. The problem, however, is that this process consumes massive amounts of electricity. In November 2017 in fact, the power consumed by the entire Bitcoin network was estimated to be higher than that of the Republic of Ireland. And it\u2019s now on pace to use over 42 terawatt hours of electricity a year, more than New Zealand. That\u2019s commensurate with carbon dioxide emissions of 20 megatons (enough for approximately one million transatlantic flights).<\/p>\n

Perhaps more worrisome is the fact that, if Bitcoin increases in popularity (and price), it would also increase electricity consumption. For example, a Bitcoin price of USD 50,000 (five times its current rate) would equate to a tenfold increase in electricity consumption; a Bitcoin price of USD 1.1 million would mean that it would be profitable to use almost all electricity in the world just for mining. The latest generation of machines have given some hope, providing approximately 20% greater efficiency per megawatt hour; however, these gains have only served to allow miners to use more computing power to gain an advantage over other miners. In the end, the only real way for Bitcoin\u2019s energy consumption to fall is if there is a decrease in its price. Such a drop would make it unprofitable for miners to operate with higher energy consumption rates.<\/p>\n

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