With AI on the horizon and each server farm using as much energy as a medium-sized city, I have no idea how they hope to meet demand otherwise, unless the plan is just some equivalent to "drill baby drill".
It’s simple, Germany isn’t going to be participating in the next industrial revolution. It will be the US vs. China. You can already see it happening with their car industry as they struggle to keep up with new technology.
Germany doesn't need to participate in the next. They need to participate in something though. They are too small to do everything alone. Even the US depends on a lot of other countries to make things work.
Could you expand more on your car point? I thought BMW and Benz were doing great at the moment. I dunno much about Audi or VW, but Mini also seems to be doing well (which I thought was British, but one of their models has literally the same engine as my last bimmer, so I guess they were sold at some point?).
The German car companies are struggling intensely against Chinese competition, everywhere outside of the US, and especially in China. The Chinese electric cars sell for 3 times less than the German ones in EU. The Chinese also invested heavily in e tech. The Germans? Not so much.
Ah yeah, now that you mention it I’ve heard BYD is doing well in most markets (plus others, I assume). Even ignoring current tariffs, I’m not sure an overtly Chinese car would catch on in the US, but I’m pretty sure I’ve been wrong before.
It is going to take a long time and a lot of resources no matter what so maybe we should be building effective longterm solutions like nuclear instead of stopgap solar and batteries
Base load is a concept of the past, grids around the world are being redesigned to be flexible to reap zero-production-costs renewable energy. Nuclear (which is impossible to run economically as a flexible asset) simply does not fit into that new world anymore.
It'd be way easier to build a few nuclear plants than it would be to build an equivalent constant energy source from solar+wind and batteries. The nuclear plants would also consume far less land area.
True. I'm biased by living in a place where the peak load does happen during daylight hours (because that's when you need to run the A/C) and where heating usually happens via gas. Electric heating would indeed shift that dynamic (though municipal water heating would shift it the other way).
Why would, e.g., solar and chemical or physical storage be a stopgap? Why spend 20 years of building a fission reactor these days (other than for research, medical, or defense purposes) which also make awful targets in a conflict? Maybe just wait till fusion reactors are there.
Because nuclear engineers, plant operators, radioactive mining facilities, and other types of workers that will be needed across both, need to be employed from today until fusion reactors are made.
If AI server farm operators conclude that nuclear is the way to go, they should be free to do so, yes. If they manage to fulfill all regulatory requirements. (Which means it'll be at least $2 per kWh, yay.)
There's a new kind of "drill baby drill" which we should be embracing: geothermal energy. There's a lot of advancements in that space and it is a perfect base load generation source.
Yeah, advanced geothermal is very interesting. They're taking fracking techniques and using them to get to hot rocks, which opens up geothermal to a much, much wider set of locations. Interested parties say it could provide everything we need beyond wind/solar, and seems much simpler than building out nuclear plants.
Geothermal is, imo, the only true competitor to nuclear. It's great at providing cheap, consistent, clean energy. Nuclear is really only needed for baseload generation, like when demand massively spikes.
Cool, your country fell way behind every other developed nation in this and you've missed out on a huge industry. In the end, your citizens will still use the products, they'll just probably end up having to pay more for the same functionality.
Given how fast compute needs replacing, it's not much of a fall behind.
Citizens will indeed use them anyway, but there's already free models that are OK and which only need 8x current normal device RAM. Bubble bursts tomorrow? Currently-SOTA models on budget phones by the end of the decade.
Other countries can shoulder the cost of the hand waving grift. If it turns out they succeed, lift their models and weights. Eat some potential IP liability for not incurring economic damage ("inefficient capital allocation") chasing magic. Be first, be smarter, or cheat ("you can just do things"). DeepSeek showed a bit of this (model training efficiency), as Apple does slow walking their gen AI. Why incur material economic risk to be first? There will be no moat.
> Wall Street Journal columnist Christopher Mims shared another chart, saying: “The 'magnificent 7' spent more than $100 billion on data centers and the like in the past three months alone.” Man, are they optimistic. Mims linked to an article by Paul Kedrosky, who offers another perspective [1] on the AI bubble, as a percentage of GDP. Kedrosky, in turn, quoted Chinese President Xi Jinping, who warned of overinvesting in AI-focused datacenters. When Xi Jinping and Wall Street traders are on the same page, you know it’s bad. [2]
They can’t even use the products as a result of their obsession with government regulation. For example, Apple released a universal translator, literally right out of Star Trek, but the EU won’t be getting it either.
Well, not really. Investing in heating homes or powering light bulbs is, outside of extremely extreme situations, always a good investment, because people will always want to do that.
AI is also just super young, has apparently zero mote, requires insane amounts of hardware that basically becomes useless after a couple of years, and has promised, over and over, the AI revolution is just around the corner multiple times without ever delivering.
This is shortsighted. China routinely experiences large overcapacity in their electricity grid just to deal with the unknown unknowns of outages and other new demands. Suppose that the AI bubble burst and AI energy use is negligible, the extra capacity could be used for something else: retire your traditional coal fired furnaces for steel making and replacing them with electric arc furnaces; produce more aluminum; build more EV chargers.
