Boom’s airliner may be delayed, and its data center power business lost a customer.
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Sure. Because a turbine that runs at a steady speed at ground level atmospheric pressure and temperatures and generates electrical power is going to be identical to a turbine that runs at variable speeds in a much lower pressure, much lower temperature, mugh higher wind speed environment to push an airplane at Mach 1...Still, Boom has characterized the development of a gas turbine for data centers as being synergistic with its design of the Symphony engine for the Overture airliner. During the October announcement, it also described having completed a prototype turbine core, called Sprint Core, that is intended to eventually power both the Superpower gas turbine and Symphony engine for the airliner.
Yeah, what the world really needs is a way for the ultra-wealthy to move around the world faster and less efficiently. Great to see them pick up a sideline in powering datacenters to really revel in destroying the planet for profit.Hyper-local take here, but I’m really rooting for these guys and JetZero to bring manufacturing back to the Triad in N.C.
Yes but it still feels gross because they're friends with Fascists.Hyper-local take here, but I’m really rooting for these guys and JetZero to bring manufacturing back to the Triad in N.C.
I'm waiting for the next plan to power these AI data centers to be big open fire pits running on coal, that's the kind of respect these guys have for the enviroment“gas turbines for AI data centers”
Literally fuck all these guys.
Scholl said Boom “will be delivering about 250MW of Superpowers next year to other sites”
42-megawatt natural gas turbine called Superpower
Core are interesting. You can get the same core in a ship as a 747 or MD-11. The core of the B-1 is much the same as an A320's or 737's.Sure. Because a turbine that runs at a steady speed at ground level atmospheric pressure and temperatures and generates electrical power is going to be identical to a turbine that runs at variable speeds in a much lower pressure, much lower temperature, mugh higher wind speed environment to push an airplane at Mach 1...
It seems like it is 'a normal gas plant'.Do we have any efficiency and emissions numbers for that kind of generator? I'm curious how they compare to "normal" natural gas plants.
This is a total guess, but I assume much worse, since they are repurposing a design that was optimized for a very different task.
Reminds me of the electric airliner crowd.This feels like a company that doesn’t have a purpose except to get money from others.
It sure doesn't sound like many, but turbines take an absolutely absurd amount of equipment, time, and labor to make. Every one of those blades has to go through several steps of high precision machining, coatings, and inspection that are pretty much at the limit of our material science. Quite a bit is still done by hand, because it's tricky to automate.Six? They’re pumped up about a factory that’s gonna make six turbines in a year?
But with a much lower probability of success.Reminds me of the electric airliner crowd.
I really want them to succeed but ... the only synergy I see is that a successful gas-turbine program might help fund their flight engine. Seems like a huge distraction for their engineers and, frankly, more like a Hail-Mary than a recipe for success.Boom has characterized the development of a gas turbine for data centers as being synergistic with its design of the Symphony engine ...
Isn't weight more important for something which is going to climb from zero to 60,000 feet, and stay there for many hours over something which is going to be shackled to concrete blocks at zero feet? Asking for a friend.Sure. Because a turbine that runs at a steady speed at ground level atmospheric pressure and temperatures and generates electrical power is going to be identical to a turbine that runs at variable speeds in a much lower pressure, much lower temperature, mugh higher wind speed environment to push an airplane at Mach 1...
Even stevens but that's not the point. Neither business model has anything to do with achieving anything useful with their product.But with a much lower probability of success.
It sure doesn't sound like many, but turbines take an absolutely absurd amount of equipment, time, and labor to make. Every one of those blades has to go through several steps of high precision machining, coatings, and inspection that are pretty much at the limit of our material science. Quite a bit is still done by hand, because it's tricky to automate.
(Source: I'm an engineer in a semi-related field. Not an expert by far, but I've been around some of the processes)
Also, I just happened to stumble on the perfect video:
View: https://youtu.be/QtxVdC7pBQM
I mean sure your nacell and protection systems are easier to make when you're not weight constrained, but the material science of turbine cores is driven by pressure and temperature, not weight (with some applications like fighter jets also adding volume restrictions).Isn't weight more important for something which is going to climb from zero to 60,000 feet, and stay there for many hours over something which is going to be shackled to concrete blocks at zero feet? Asking for a friend.
As a matter of fact, yes. They are identical. Many ground based turbines are the exact same as their flying partners just with everything that's required for flight stripped off of them. Like the J79 for example flies. Take that J79 and remove everything it needs for flight and now you have an LM500 ground based turbine.Sure. Because a turbine that runs at a steady speed at ground level atmospheric pressure and temperatures and generates electrical power is going to be identical to a turbine that runs at variable speeds in a much lower pressure, much lower temperature, mugh higher wind speed environment to push an airplane at Mach 1...
Much better connected technofascists have that market locked up already.I'm surprised they didn't pivot to making a military version and try and get the Pentagon to cough up
for it.