In that world, natural gas just makes the most sense. The US hasn't build generation capacity in any meaningful way in decades. We've deindustrialized over time so it's been relatively okay, until a new form of industry (datacenters) starts putting pressure on the whole thing.
The tariffs I understand (even if they really don't make sense in this particular case) but the permitting I do not. Do you have more information or links?
> Wind requires a lot of land.
In rural but populated areas wind is generally installed on someone else's grazing area for a small fee. In truly unpopulated areas (ie desert) access to land isn't usually an issue since there's approximately zero demand for it.
That said I do agree with your general theme that our grid is underinvested and the management and policy surrounding it are a mess.
Why the horror? I'd prefer the gas remain in the ground, but given the gassy production of US shale oil, I guess I'd rather it be used for this than just flared. I am frustrated that pollutant emissions aren't being policed, and also that the sudden turbine demand plus supply chain issues mean using aeroderivative turbines that are quite a bit less efficient than more complex combined cycle turbines.
https://www.energy.gov/hgeo/how-gas-turbine-power-plants-wor...
(And to head it off at the pass: if that can't be done then this should be done at all)
Only about 35 percent is “associated gas” production from oil production.
I doubt this is really reducing the rates of flaring and leaky wells. Its just additional demand.
The biggest problem I've seen is they tend to build these somewhat close to residential areas with generation on-site. Often these power generation centers aren't right next to residential areas due to both air and noise pollution. But governments are often seeming to turn a blind eye.
https://www.gridstatus.io/live/caiso
It might be a little more expensive for them, but it's cheaper when you factor in the costs of pollution which they aren't paying for and which they're forcing us to pay for through increased diseases and global warming.
from a business perspective, which of those two statistics would you give more weight?
"People use AI so this must be a revealed preference" is such a bad argument when people are feeling so precarious
Capitalism abides by your dollars not your voice.
So people can decry ai all they want but if they keep using it, it won't go away.
Even then it's probable that AI is a big enough productivity boost for certain industries that even if no consumers used AI, businesses would still prop AI up enough for it to live on.
Simone Weil had good theoretical and practical observations on force vs economy 100 years ago.
What is your source for this claim? It sounds like conjecture to me.
Neither power nor construction is easier in space than it is on Earth. Higher power means higher heat dissipation, which means higher-cost satellites or downsized AI hardware. Construction is monumentally more expensive when you have to ship GPUs and their associated infrastructure away from the planet where they're manufactured.
SpaceX's orbital compute will not compete against any ground-based AI capacity. It will most likely be used for edge processing of Starlink sensor data, either as an SAR solution, multiband jamming apparatus, or any other SDR applications used at the orbital scale. There is no other justification that I am aware of that necessitates space-based AI inference. The commercial space-based AI line is a glaringly obvious coverup.
Heck, call it public housing and bringing jobs into the community.
Ofcourse that only works once the Dutch borg adapts!
Seems everyone else imagined a camping tent. Different backgrounds I guess.
Also, building rapid temp shells plus nearby gas turbines paints a very different picture than the one conveyed by the "clean-energy" PR around hyperscale data centers.
I wonder how the security is. It's just a matter of time until organized crime will start paying attention to this. Perhaps a bet for polymarket?
* Did they expect the next five buildings to also take between two and three years to build if done in the same manner? I'd hope it'd be significantly faster the second time because they've perfected the design, found good local contractors and suppliers, etc.
* How much of the time was the actual structure vs. all the stuff inside they still have to do with the tents?
* How long are they expecting to keep this? Are they anticipating extra problems like leaking roofs?
* What are the "off-grid power plants"? Is this basically a whole bunch of diesel or natural gas generators? [edit: oh, yes, "The site is also powered by 200 megawatts of modular gas turbines". I wonder if they're trucking in the fuel too.] If so, yuck.
https://www.datacenterknowledge.com/hyperscalers/new-from-mi...
You know and I know that The Product is at best nowt more than 'astrology'. The Product does do search engine things though, and it could be scaled down to fit in a phone or even a watch, to be good enough for 'the pub quiz' or for writing a gormless email.
As for the article, META does very little for the vastness of the corporation. They have gazillions of developers yet Facebook and Instagram are as boring as ever, Threads and the Metaverse are just lame and what else do they do, apart from serve ads?
Edit For a little more context xAI colossus 2 looks to be an empty warehouse on 3/10/2025. By 12/2025 they had already either filled the warehouse or they couldn't use the space because they appear to built multiple structures outside for the datacenter.
For comparison again meta already had that datacenter there for a number of years and then over 2 years added those structures. In 9 months it appears Tesla built a datacenter into an existing building and added structures.
The difference between Meta and tesla is that meta has done it many times before and in loads of countries.
and
Safety
Are opposites.