Note to Elon: Crypto Miners Are Part of the Solution to Curbing Greenhouse Gas Emissions
In a tweet on Wednesday, the self-proclaimed "Technoking of Tesla" said his company--which announced in February that it bought $1.5 billion in Bitcoin--would be suspending vehicle purchases using the cryptocurrency. Musk cited crypto miners' "increasing" use of fossil fuels, particularly coal, "which has the worst emissions of any fuel."
And just like that, Elon Musk has turned on Bitcoin.
In a tweet on Wednesday, the self-proclaimed “Technoking of Tesla” said his company—which announced in February that it bought $1.5 billion in Bitcoin—would be suspending vehicle purchases using the cryptocurrency. Musk cited crypto miners’ “increasing” use of fossil fuels, particularly coal, “which has the worst emissions of any fuel.”
The price of Bitcoin responded by dipping below $50,000, ending the day down more than 12%, its worst trading session since January.
I don’t question Elon Musk’s good intentions, but I respectfully disagree with the underlying insinuation that crypto miners in particular are a threat to the climate. It’s just not true, for reasons I explain below.
Don’t get me wrong: The computer processing power needed to mine Bitcoin, Ether and other digital tokens is not insignificant. The University of Cambridge’s Bitcoin Electricity Consumption Index (CBEI) estimates that the global Bitcoin network, running at full capacity, uses about 147.8 terawatt hours (TWh) on an annualized basis, or almost as much as Sweden consumes every year.
That’s a big number, but it doesn’t take into account the percentage of Bitcoin mining that uses renewable energy. In a December 2019 report, CoinShares believed it to be 73%. Last month, ARK Invest’s Yassine Elmandjra said it was closer to 76%.
I wish Musk had included these figures in his very one-sided comment. He also failed to point out that a vast majority of the world’s Bitcoin mining is done in China. North American Bitcoin enthusiasts shouldn’t be penalized for how cryptos are generated in other countries.
Because Bitcoin is on the blockchain, you can see where each unique token originated. If Musk is truly serious about promoting green energy, he could easily change the policy to say that only Bitcoin that was mined using renewables can be used to purchase a Tesla.
Similarly, maybe he should only sell his electric vehicles (EVs) in states where renewables represent the greatest share of electricity generation (Vermont, Maine, Idaho, Washington) and restrict sales in states that still heavily rely on coal (West Virginia, Wyoming, Missouri, Kentucky).
Musk’s influence on capital markets and asset prices rivals that of even Warren Buffett. He’s worth tens of billions of dollars more than Buffett, in fact, and he commands a Twitter audience of 55 million. As the saying goes, with great power comes great responsibility.
Square: Crypto Is Key to a Clean Energy Future
I expect the crypto mining network to convert entirely to renewable energy much more rapidly than other industries precisely because it uses so much energy. Solar and onshore wind are now cheaper than coal and even gas, so it only makes sense from a cost perspective.
Take HIVE Blockchain Technologies. We use nothing but cheap renewable energy in Sweden, Iceland and elsewhere to mine Bitcoin and Ethereum. This is one of the reasons why HIVE is among the most profitable crypto miners right now.
Crypto mining may even help accelerate the deployment of renewable energy, which should please Musk. That’s according to a special report published last month by Square and ARK Invest. The digital payments company says that, because crypto miners are “unique” energy buyers, they’re an ideal complement to wind and solar as well as better storage technology. Returns on investment could be improved, for one thing, which would incentivize the deployment of new renewable and storage projects.
The chart below illustrates the impact that Bitcoin mining could have on solar in particular. The size of each blue bubble is proportionate to the size of the Bitcoin network in the U.S. As the size of the network increases, the greater amount of solar power (y-axis) and battery storage (x-axis) is available to the energy grid. “Increasing Bitcoin mining capacity could allow the energy provider to ‘overbuild’ solar without wasting energy,” the report says.
I believe this model could be a win-win for not just crypto miners, which would get access to cheap energy, but also states that have aggressive decarbonization goals. Everyone’s needs would be met.
Mike Colyer, CEO of New York-based crypto services firm Foundry, agrees. Locating renewable energy projects near crypto mining operations “allows for a faster payback on those solar projects or wind projects,” he told Markets Insider in March. More renewables “can be built faster in regions where before it was not attractive because they would produce too much energy for the grid in that area.”
Total Crypto Ecosystem at $2 Trillion Market Cap, Ether at $500 Billion
Despite Musk’s flip-flop, demand for cryptos continues to boom, with trading on major crypto exchanges reaching an incredible $1.7 trillion in April. Early that month, the size of all cryptocurrencies surpassed $2 trillion for the first time, more than double where it was at the beginning of the year.
Early Wednesday, the market cap for Ether, the number two digital coin, briefly surpassed $500 billion as its price touched a new all-time high of over $4,300 before declining on Musk’s tweet. To put that in perspective, $500 billion is greater than the market cap for JPMorgan and Visa.
Ether Demand Is Reflective of Growing Awareness of DeFi’s Potential
Ether, of course, powers the Ethereum network, which is the basis for decentralized finance (DeFi). With Ethereum, anyone with an internet connection can have access to financial services—from banking to investing to borrowing and lending—that in the past have been opaque, tightly-controlled and inequitable. When there are no overhead costs associated with running a traditional bank or insurance firm, prices can come way, way down. And since everything is built on smart contracts, human error can be eliminated.
The growing demand for Ether tells me investors are becoming more and more aware of DeFi’s potential in making financial services cheaper, faster, more reliable and more equitable. It’s also a big reason why we made the decision to mine Ether at HIVE on top of Bitcoin. Bitcoin is clearly digital gold, which I believe will remain hugely in demand, but Ether is the fuel that powers the whole system.
All opinions expressed and data provided are subject to change without notice. Some of these opinions may not be appropriate to every investor. By clicking the link(s) above, you will be directed to a third-party website(s). U.S. Global Investors does not endorse all information supplied by this/these website(s) and is not responsible for its/their content. Beta is a measure of the volatility, or systematic risk, of a security or portfolio in comparison to the market as a whole.
The Cambridge Bitcoin Electricity Consumption Index (CBECI) provides a real-time estimate of the total electricity load and consumption of the Bitcoin network. The model is based on a bottom-up approach initially developed by Marc Bevand in 2017 that takes different types of available mining hardware as the starting point. Mr. Holmes serves on the board as non-executive chairman of HIVE and held shares and options at March 31, 2021. Effective August 31, 2018, Mr. Holmes was named Interim Executive Chairman of HIVE while a search for a new CEO is undertaken.
Holdings may change daily. Holdings are reported as of the most recent quarter-end. The following securities mentioned in the article were held by one or more accounts managed by U.S. Global Investors as of (3/31/2020): Tesla Inc.
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