

That’s what the second paragraph of my comment was about.
I don’t want to normalize his behaviour by not even telling what he’s about to violate, violates or has violated.


That’s what the second paragraph of my comment was about.
I don’t want to normalize his behaviour by not even telling what he’s about to violate, violates or has violated.


Isn’t there a 22nd amendment to the constitution, which says a president can be elected for a maximum of two terms?
But why should that amendmend specifically or the constitution at all be respected by a criminal?


Her brother is a transvestite?
No?
Thought so…


Consequences: none.


Contracting as in having the reflection pool painted?


It can go higher than the 8 watts, though.
The 8 watts are with rather low CPU load, but with 1 SATA SSD and 1 NVMe SSD.
At full CPU load I expect it to be closer to 15 watts. With what the device is runningn high load happens rarely and not for long.


As others mentioned used SFF PCs, here’s my recommendation based on my own experience.
I bought several used Dell Wyse 5070. The 5070 was announced in May 2018 and used as thin client.
They’re tiny, silent (no fan) and you can fit a NVMe SSD via adapter (PCIe A/E key -> M key) in the WiFi card slot next to a SATA SSD. I picked the ones with Intel Celeron J4105 (Quad Core) with 1.5GHz, up to 2.5GHz burst and put 32 GB RAM in one of them (that was before prices went nuts).
Beware, only if you pick the right dual ranked RAM modules (e.g. Patriot PSD416G26662S), you can have a max. of 2x16 GB. To start your journey, 4 or 8 GB might just be enough and don’t cost an arm and a leg.
Now I have a PVE (Proxmox Virtual Environment) running with several virtual servers and lxc, one 5070 hosts a PBS (Proxmox Backup Server) and both devices are far from their limit. In case of hardware failure I have spare 5070s.
Each 5070 cost around $65 and runs at around 8 watts at average. Dunno about current prices though.
It fits my needs and will continue to do so for the foreseeable future.
Maybe it fits your needs as well?


Let them go.
Nothing of value will be lost.


So there’s still an expected $73 billion in tax from the remaining billionaires.
That’s $73 billion more than without that tax.
How is that not a good result?


Do you think or even have proof that billionaires pay tax?
They rather spend the money on ways that help them avoid doing so.


Similarities to the rise of unions come to mind.
I like how you put the (to my eye) ideal part of the photo in focus.


It’s not preposterous, and might be enough to make these batteries usable on a massive scale…
As I wrote in other comments here in this post, the tech is not exactly new:
https://en.wikipedia.org/wiki/Iron_redox_flow_battery
and it is e.g. in place in Sacramaneto, CA with a storage of 2 GWh and a maximum power of 200 MW.
Apparently it’s working and just need to be scaled up.


If you’re interested in the technology: https://en.wikipedia.org/wiki/Iron_redox_flow_battery


From him I learned that magnets mustn’t get wet!
I never knew…


It’s not like scientists in China had just invented it.
Yet they seem to have improved the tech, especially around the forming of dendrites at the cathode.
If you want proof that the tech works:
a grid-strorage of the iron redox flow type has been installed in 2022 by ESS and Sacramento Municipal Utility District in California: https://www.smud.org/Corporate/About-us/News-and-Media/2022/2022/Accelerating-decarbonization-ESS-Inc-and-SMUD-announce-agreement-for-long-duration-energy-storage


Redox flow batteries already exist, are proven and in use as grid-storage.
The current tech appears to be mostly based on vanadium and using iron instead makes it much less problematic in case of spill and handling and more importantly cheaper to build.
Energy density is low, but is totally no issue when we talk about grid-storage solutions.
To put a number (from the linked Wikipedia article) here: iron-iron based redosx flow batteries have an average fluid energy density of 20 Wh/l.
Or in other words: you need 500 litres to save 1 kWh of electric energy.
Low price and durability (in terms of cycles) look very promising!
Wouldn’t an AMD RX 9060 XT with 16 GB RAM be nice as well if you’re hunting for good speed/cost options?


You’ve convinced me of it. Into the sun it is!
The local web, duh!