Microsoft Looking to Use Nuclear Reactors to Power Its Data Centers::undefined
That feeling when your society is so dysfunctional that only corporations can build much needed advanced infrastructure.
Solar Panels are really cheap now.
Which is great when the sun’s up and the weather is good. Similar deal for wind power, it’s great when the conditions are good. We still haven’t got very large scale storage where we need it to rely on renewables full time. Nuclear helps while we sort out storage but we need to be very, very careful about corruption - if corporations can screw over the public for money they’ve demonstrated that they will, and nuclear implementations cost a lot of money.
much needed? Nuclear Power for AI?
Nuclear power
what?
Nuclear power is not exclusively used for AI. Additionally, if they have their own power, then that frees up whatever energy they use for AI from other plants to be used for other purposes.
it still isn‘t a net gain for public infrastructure. which already lacks much needed investment.
It can be a net gain, who knows what one of these reactors will output?
If they do feed the grid, they’ll probably get some credit back which ultimately lines their pockets instead of funding public infrastructure.
Government doesn’t build infrastructure either, it mostly just funds private companies to build it for them.
Theres a whole contract bidding process and everything
That’s … actually pretty neat.
Makes a lot of sense given the amount of power needed to run a data centers like that. Definitely cleaner in the long run too.
They’ll still need backup power/generators but they’ll need a lot less of them and they’ll mostly be needed for the nuclear parts.
They could just run renewables since they already need batteries as you said.
Also i dont want incompetent people operating nuclear reactors. We saw what happened with that multiple times already and you still shouldnt eat boars in eastern Europe bc. auf radiation levels thanks to fucking Tschernobyl.
You should research this a bit more because ironically more people get exposed to radiation in the coal industry than in nuclear, percentage wise. Also I live in Eastern Europe and all game is safe to eat.
Nothing compare to the radiation levels in tchernobyl and under the 1,4 billions euros sarcophage.
Also I live in Eastern Europe and all game is safe to eat.
https://www.smithsonianmag.com/smart-news/why-germanys-wild-boars-are-radioactive-180982856/
https://www.grs.de/en/news/contamination-mushrooms-and-wild-boar-radioactive-caesium-137
Your government is probably lying to you then.
I take it you haven’t read the relatively new study that showed that the radiation in the animals in Eastern Europe is actually more from unregulated atomic bomb testing rather than Chernobyl.
There is another thread stating it is because training AI takes a lot of energy. Any reason to boost nuclear plants is good to me.
Right, any reason to throw millions or billions of dollars at wasting enormous quantities of concrete and water and at generating highly toxic waste that will irradiate its environment for millennia, and at ripping apart landscapes to extract uranium is a good one to you, I wouldn’t have expected anything else.
… study more.
because you have? yeah right
The whole plan has only one minor flaw: It’ll never work. Building a nuclear power plant never was, never is and never will be economical. The current boom in nuclear grandiose announcements is nothing but a smokescreen. The purpose is to delay the adoption of renewable energy with lofty promises that will never come to fruition. Then we’d be forced to keep using fossil fuels, which is the end goal.
You comment has one minor flaw.
Small modular reactors are a thing now. NuScale has already had their VOYGR SMR plants approved for use in the US. Westinghouse has one that should be ready for sale in the next few years too.
Large nuclear plants aren’t economical for profit generation right now, but SMRs definitely have the ability to be economical for huge power users like Microsoft.
The NRC approved the design, so now they can start building it. That is still a looong way off from having a working reactor. And all those companies are way behind their originally planned schedules. Which is my whole point. I’m not saying they might not get this stuff to work some day. I’m saying that it will take way too long to make any contribution to fighting climate change. We need to decarbonise now and and we have the technology to do it now.
That’s got nothing to do with Microsoft though. Their reactor wouldn’t be used to power other people, only their own data centers.
They currently buy that from the grid, and they don’t really have any control over the source of that electricity generation. We should absolutely be pushing the power generators to go with renewables, but Microsoft isn’t a generator. They’re a customer like you or me.
They’re looking at moving to small reactors eventually because of the cost of buying from the grid, not for the environment.
It would still be far cheaper to deploy the same kind of capacity in renewables. Whoever came up with this brilliant plan can’t do basic math.
Probably not because they would need to buy MUCH more land to do it.
SMRs are so much more compact per MW. The one from NuScale that is approved already can do 924MW in 0.05 square miles. To do the same capacity with wind would take 94 square miles and 17 square miles for solar.
Buying 17 square miles of land close enough to just one of their data centers would cost billions, on top of the cost of paying for the panels and installation.
The whole point of them looking at these at all is because they do not want to purchase from the grid.
Clippy: it looks like you are trying to prevent a nuclear meltdown….
Oh yes, what could go wrong. Windows can’t even run an advertising board without blue screening…
“The core is about to melt down! Hit the shutdown button!!” “I can’t, it’s installing updates!!!”
Microsoft cloud runs mostly on Linux.
It mostly runs. An Azure-optimized HyperV build is the primary hypervisor I think, but I’d wager that most customer VMs on Azure are running Linux. However, if you want to run Windows in the cloud, it’s a decent option.
My experience with Azure has been less than stellar. They have good API documentation, but tooling & core compute is a bit janky. The web UI is also a throwback to a past era, but you can’t really avoid it when debugging issues which you have to do often during development. Then the developers want to forget all about it … which is a problem when something inevitably breaks.
Nuclear plants have had mission critical systems running Windows for a long time. I knew a C-suite executive about 20 years ago who apparently gave Ballmer an earful about this.
What the fuck are they spending all the money on, wglhen they cant even use a dedicated OS? Shit most of that money must go into bribes and lining the pockets of the other criminals involved
If something like that actually were to happen, that would be a huge design flaw. Not that I’d be surprised, though.
Somewhere in some timeline relatively close to ours this actually happens, the idea of 3 mile island/Chernobyl 2.0 event happening to microsofts personal reactor because a forced windows update screws over emergency override software is peak absurdist dystopia that I get chuckles from
I don’t think Bill Gates has any significant involvement with Microsoft these days, but wasn’t he pushing for greater nucleus power usage, including trialing reactors in India?
wasn’t he pushing for greater nucleus power
You’re thinking of Gavin Belson. Nucleus was a Hooli product.
LOL I didn’t even realize I made that typo. I’ve been typing nucleus a lot more than nuclear lately.
He is the primary investor of TerraPower. Not sure about anything with India. They do have something that is being planned in Wyoming.
Ah, thanks. I looked it up and apparently he had planned something in China but the plans were scrapped and now it’s Wyoming. This is what I get for not looking it up to refresh my memory beforehand.
He was promoting something called traveling wave reactors. Which never panned out. Just like nothing will become of this.
This would wrap up the whole story arc of Mr Robot to 1 season. Lol
Somehow, the idea that a company with a safety and security issues history like Microsoft would run a nuclear reactor sounds like a very, very bad idea.
Do you remember the Aegis cruiser debacle? They didn’t even manage to run a f-ing diesel engine under Windows.
companies like Microsoft are always considering novel methods for powering (and cooling) their data centers
If they are near population centers, they could use the excess heat from both for remote heating.
But mostly adding a nuclear power plant to a data center will require additional cooling.Microsoft and nuclear reactor are words that should never be in the same sentence - easy recipe for disaster
This is talking about SMRs and not traditional reactors. SMRs still haven’t left the prototype stage, but maybe they’ll start to be useful in a decade’s time, who knows.
That would be a wildly optimistic timeline. And even if they managed to produce a working system by then, it would still take decades longer to scale up to the point where these things could make a meaningful contribution. That’s time we simply don’t have.
rare Microsoft W
What could go wrong?
This for-profit company will finally come up with a solution to nuclear waste that has eluded the industry for decades. But if that turns out to be expensive, Microsoft will be around for thousands of years to ensure that nothing leaks that shouldn’t. Of course the US government will help them with the cost of establishing the reactors and when something goes wrong (because “nuclear”).
/s
Shrug. It’s better than nothing or throwing ones hands up and saying “oh well crank up the coal burners!”
Yeah in the meantime they could just build centifold that power in renewables and an electricity grid to make it available everywhere.
Everyone who is strongly pro nuclear is also pro coal and other fossil fuels because they do fhe bidding of the cirrent fossil industries. Just using uranium instead of carbon.
- We have ways of storing waste safely, which are the same ways the planet has stored radioactive material for millennia.
- There are experimental fission reactors that can consume this waste, as well as possible fusion reactors in the near future, so storage may become moot.
- Coal ash disperses a crapton of radioactive material into the air, which is way worse than lodging it deep underground, encased on concrete.
- underground storage is starting. And some of them already failed.
- gen4 are experimental since several decades. None of them are commercial
- last low radiation studies should worried anybody working in any nuclear plant.
Imagine if this was Google?
If it was google it would definitely end badly when they decided to kill it off since the reactor can’t show web ads.
