It's held up by the middle of a leaf spring. If the cable snaps, the leaf spring flattens out pushing the ends against the rails.
I like the safety design of the cooling issues, lose power motor quits holding up
"Science is the belief in the ignorance of the experts" – Richard Feynman |
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Like (at least one design for) the brakes on an elevator
It's held up by the middle of a leaf spring. If the cable snaps, the leaf spring flattens out pushing the ends against the rails. -- Drew |
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That simple Idea made Otis rich. I had an Idea once; why ain't I rich?
(I thought it would be cool to use quite more of The Sun™); no solar panels, Jeez! ..but at least there were water-or-other heat exchangers: a friend used to schlep items to Pacific Isles --for the natives' kick-start -- screw petroleum imports. Next one: save/later sell Water before it's competing with Gold/Aurum (or the Rare Earth elements). |
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Excuse me?
You need a cooling pool and a generator. That thing does not exist on its own and the only thing it puts out is steam in a closed loop. |
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The rods will fall automatically if power is lost.
And there are other safeguards built around the coolant in the reactor itself. Regards, -scott Welcome to Rivendell, Mr. Anderson. |
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Decent pr page
https://www.nuscalepower.com/technology/technology-overview I was doing some reading a few days ago and it showed it at a large scale plant which included it needed to be immersed in a pool of coolant. Can't find that now. |
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I saw that, or one like it
The point was that site selection, design and prep becomes lots easier, then you truck in the pre-built reactors (plural) and set them up in the pool. Some existing generator sites could be converted, reusing the existing distribution infrastructure. -- Drew |