What this site does not show is how much of the power used to maintain the network is waste power such as gas that's normally burned off at the well site or hydro electric that goes to waste.
Unlike AI, there's a strong incentive to find the cheapest electricity possible. Because that's what everyone else is doing. With Bitcoin, you now exactly what your costs are and what your yields are. There's a clear threshold, when power in an area becomes too expensive there's no reason left to mine.
AI, on the other hand, is a bet on the future - infinite gains. No matter how much power costs, it's worth it to keep using as much as possible. We can't know how much power AI uses. Unlike Bitcoin, there aren't any metrics from which to extrapolate. But we do know that AI uses more power than Bitcoin already. We just have no idea how much more.
BTC enthusiasts have very creative arguments for why their currency isn’t the a complete disaster for the climate. Like pointing fingers.
> gas that's normally burned off at the well site
Funny thing about that. Civilized governments put a stop to that, by fining flare-offs to make it economical to not do that.
> What this site does not show is how much of the power used to maintain the network is waste power such as gas that's normally burned off at the well site or hydro electric that goes to waste.
WTF? Hydro is rarely wasted because it's so dispatchable. Typically, it can only happen during high water seasons. Same for the gas power plants.
> Unlike AI, there's a strong incentive to find the cheapest electricity possible.
Like coal.
And what does sucking up all that low cost electricity to waste on a frivolity do to the price of electricity in general?
Cmon you remember supply and demand right
> We can't know how much power AI uses.
I call shenanigans on this statement. We can and most certainly can tell how much power AI is using. The upper bound is the total datacenter usage.