This article feels like the perfect distillation of a uniquely American problem.
Some weird tech startup proposing a novel solution based on a product that isn't even in it's production phase yet. Lots of pretty 3d renders and a wall of (what appears to be AI written) corpo-speak proposing some crazy technology that will revolutionize x.
It looks cool -- don't get me wrong -- but how is this going to get power online faster than just installing solar and batteries?
Did I miss something or does the article not even say how much gas they need as an input to generate the 42MW? I see they deride conventional turbines for needing cooling, but the reason they do is to increase the temp differential between hot and cold end of the turbine because some clever fellow named Carnot figured out that the amount of energy you can extract depends on this. Instead it seems that they just full-tilt run a supersonic turbine and blow the hot exhaust with all its energy into the air. So what’s the efficiency of this?
Indeed. My understanding of modern powerstation gas turbines is that they all basically run _at_ the Carnot efficiency eta = (1-T_cold / T_hot) and that rather than chasing marginal gains in how close to that theoretical limit you actually are the biggest differentiators are on maintenance intervals and reliability, which collectively have quite a large effect on eta...
> how much gas they need as an input to generate the 42MW
If you don't have a pipeline, the lower bound is something like 10 LNG tanker trucks per day for each turbine at 42MW. Natural gas is incredibly efficient to transport in liquid form so you could theoretically get away with this for a little while.
The question I’m asking is slightly tangent to how to feed the required gas. It’s “How many MW of gas do I need to feed in to get one MW of electricity.” And they’re pointedly avoiding any statement about this.
To be fair, you end up needing insane amounts of batteries if you want to run 24/7/365 just on solar, particularly if you insist on building your data centres in places with dark winters.
> To be fair, you end up needing insane amounts of batteries if you want to run 24/7/365 just on solar, particularly if you insist on building your data centres in places with dark winters.
Not "insane", just "lots". Everything in a nation of mere single-digit millions is "lots", let alone the whole world. The quantity isn't far off what's needed anyway to electrify road transport.
But also, the other option besides batteries, for people who want specifically PV to supply power at night to specifically high latitude locations with long winter nights, is to have a long power line going to somewhere less silly to put the PV:
Many such power lines already exist, upgrading them was already necessary even without any questions about the sources putting tension on the lines because they're just so old now, the only question is the *delta* in cost between what would have been needed with no changes in supply and demand vs. what is needed given those have both changed.
And before anyone says "what about grid losses?", right now, China (and only China, and yes I have checked) makes enough aluminium they could put a girdle around the earth with 1 Ω resistance the long way around using a bit less than 5% of their recent production in about 20 years.
The rest of us would need to massively increase our aluminium production to get close to that; it's not immediately obvious why we couldn't given they did.
From ERCOT's stats- wind is complimentary. But, I can't find any hard data on intraday/hourly power usage for AI it seems reasonable to assume that night time use will be lower though.
And so it doesn't have to be looked up: Wind seems to peak at dawn/dusk when solar is not delivery much power, solar peaks in line with air-conditioning load, and there's a miniscule amount of grid scale battery to hold up the grid during a short gap between solar and wind. The batteries are recharged with solar. At least that was the pattern this summer- I need to check now that it's winter.
You get 42MW inside the footprint of what looks like 2 truck trailers, that you can park in the parking lot next to the electrical transformers. Virtually no permitting or installation required.
Decent for large scale backup perhaps? Or remote plants (almost always mining in the middle of nowhere). Remote plants have fuel logistics already.
Another fit might be somewhere like singapore which is very space poor but very trade connected. But they're currently building a ocean power cable to Australia where they will tap a massive solar farm or existing grid.
It probably fits some use cases better than any alternatives, but for powering cities and suburbia I think renewables still make heaps of sense when space is available somewhere that can join the grid.
Yes yes, we will surround entire turbine in piezoelectric substrate and extract energy from vibrations. It is solved problem. Then we use energy to distill fuel from CO2 in air, making it carbon neutral. Resulting fuel we will put in turbine. Zero loss generator. Can build it in cave with scraps.
Possibly, but I suspect mobile turbines (aircraft) are unquietened (noisy) by design because they don’t really need to be quiet at 35000ft.
Presumably a static turbine is minimizing noisy thrust in exchange for torque while also exhausting through an expansion chamber surrounded by deflective earthworks or some other shielding. (Although the one in the article is indeed all outside in the open.)
No, they’ve been intentionally designing them to be quieter for decades because they are in hearing distance for quite a lot of miles during takeoff and landing. I suspect you can better insulate one on land though since you’re less constrained on size and weight.
actually they've down much quieter in the past 40 years. e.g. the 787 dreamliner has wavy bits on the exit of the nozzle that reduce efficiency by 1% in exchange for quieter operation because making the engine quieter reduces the amount and weight of noise insulation in the cabin
Oh of course, I didn’t mean to say that they weren’t as quiet as they need to be, only that there ought to be some obvious noise reduction opportunities once the requirement to be airborne is gone, and once the machine is being used for torque instead of thrust.
> perfect distillation of a uniquely American problem [..] but how is this going to get power online faster than just installing solar and batteries?
I like the part where when considering a complex topic, "it became clear" to the guy after a few conversations. Confidence inspiring, no doubt innovative, we should probably not be asking impertinent questions! No idea if the tech is sound but I immediately get scam vibes just from how quickly it leaped into name-dropping Musk and Altman.
> This article feels like the perfect distillation of a uniquely American problem.
I think at this point LinkedIn culture is fairly globalized. Though America may be to blame for getting it there, largely via Deloitte & co originally. It's originally the language of managerialism.
Pah! Solar and batteries?! Have you been living under a rock for the last 12 months? Any startup that dares to suggest solutions based on solar and batteries (not to mention windmills) is sure to attract the ire of the Trump administration, so they'd better keep quiet and hope he doesn't notice them!
Actually, renewables seem to be such a no-no that the Boom blog even avoids mentioning them in the sentence "Meanwhile China is adding power capacity at a wartime pace — coal, gas, nuclear, everything" - even though China added overwhelmingly more renewable capacity last year than anything else: according to https://climateenergyfinance.org/wp-content/uploads/2025/03/..., solar increased by 43% from Feb. 2024 to Feb. 2025, wind increased by 17.6%, hydro by 3.5%, while thermal and nuclear increased by 3.9% and 6.9% respectively.
Some weird tech startup proposing a novel solution based on a product that isn't even in it's production phase yet. Lots of pretty 3d renders and a wall of (what appears to be AI written) corpo-speak proposing some crazy technology that will revolutionize x.
It looks cool -- don't get me wrong -- but how is this going to get power online faster than just installing solar and batteries?