Readit NewsTrue as it may be that they are slow, I doubt it's caused by the use of dynamic programming languages.
> The money should be secured immediately that cannot be touched by the upcoming governments. It should increase taxes. Independence has a price. We as Europeans should be ready to pay it.
You do you, but increasing taxes to build products to replace products built by private enterprise sounds like a 180 degree opposite of what Europe needs to prosper.
That would make your solar panel (40kg) around $60K to put into space.
Even being generous and assuming you could get it to $100 per kg that's still $4000
There's a lot of land in the middle of nowhere that is going to be cheaper than sending shit to space.
Why not?
A capacity problem can be solved by having another data center the other side of the earth.
If it's that the power cycling causes equipment to fail earlier, then that can be addressed far more easily than radiation hardening all equipment so that it can function in space.
Too bad the fire trucks can't get to you when you catch on fire from that hot GPU.
No, because of the costs of acquiring land that the railway goes through.
A regular set of servers will straight up be destroyed if put on a rocket and launched into space: the motherboards and PCBs aren't mounted or rated to survive the vibration. The connectors and wiring isn't rated for that vibration. Sure, some probably make it, but you will lose machines from just launching them alone. Any electrolytic capacitors in there? If your system exposes them to vacuum or even just low pressure, then those likely die too. Solar panels? We can launch them obviously, there's a reason people send up expensive solar panels: because you're doing a lot of work making sure they'll physically survive the launch.
So of course, now you have to build a space-rated server frame, PCBs and GPUs. You ain't going to buying bulk H100's from Nvidia. And you have to package and mount it to get it both survive the launch and physically fit into the payload bay. Then you have to add a deployment system for it, sensors etc. And then you have to add an assembly system, because if it doesn't fit in one launch (you're proposing 250+ launches for power alone) then all of these systems need to be assembled in orbit. How are they going to be assembled? How are they going to be maneuvered? Even if you could rendezvous accurately with the construction orbit, we're talking months of drift from every little thing knocking stuff around, putting it into a spin, etc.
So either each of these is now a fully contained satellite, complete with manoeuvering system and power, or you're also needing to develop a robotic assembly system - with power and manoeuevering in order to manage and assemble all this.
And let's not forget mission control: every single one of these steps is incurring a bunch of labor costs to have people manage it. And not cheap labor costs: you're going from "guys who roll racks in and plug stuff in and can be trained up easily" to "space mission control operators".
Is this doable? Probably. Is this going to be in anyway cheaper then Earth? Not in the slightest, and it's not going to be close.
* Multifamily housing is much more energy efficient. Is it legal to build throughout your city, or does zoning prevent it?
* Is there good bicycle infrastructure so people don't have to drive for everything?
* Does your city still have expensive parking mandates that lock in car dependency? Get rid of those. They also get in the way of places becoming more walkable.
* This one hurts, but: eat less beef.
* Advocate for good transit as another way for people to get around without driving a personal vehicle.
* What can be done in your city/region to electrify heating for homes and businesses?
* What can your region do to build more renewable energy capacity?
Those are all things where even a few voices can sometimes make a difference.
For those in the US, I'd add lobbying your congresspeople to support the revival of the Energy Permitting Reform Act. It's something that didn't make it across the line before the end of the last congress, but basically, making it easier to bring new generation capacity on the electrical grid disproportionately benefits renewables, because they make up the vast majority of wattage waiting in the queue. As we've seen by the explosion of deployment in less regulated grids (Texas, and most of the world), the economics now favor solar+storage and wind, we just have to let people build as much of it as they want to.