224 karma · joined December 12, 2014
I've seen some claims that the gas is stored at a pressure of 10000 psi/690 bar in a 200 l tank. If that's true, then that is a gas volume of 138000 l. A commercial, stationary scuba compressor compresses around 850 l/min [0] to 350 bar. A compressor like that would take around 160 min just to compress 138000 l to 350 bar (so significantly less than 690 bar), is a _large_ appliance, and _loud_. Compressing gas quickly also produces heat. An on-board compressor seems quite unrealistic to me unless I'm missing something.
[0] MIL-PRF-27401
[0] https://www.youtube.com/live/qt5p-_tE8d0?si=V5csPghK02wwd0or...
In other words, you are inconsiderate.
(Your reply is another example of right-wing discourse being around prejudiced assumptions instead of reality.)
Even if this were how the system was designed, it is time to acknowledge that it is fundamentally broken and needs change. It is mind boggling that the response to these issues amounts to WONTFIX.
[0] https://www.garmin.com/en-US/p/716808/ [1] https://www.withings.com/us/en/bpm-connect
And for-profit companies have your best interest at heart? With government services you can at least optimize for goals other than profit.
[0] https://www.blog.google/outreach-initiatives/sustainability/...
[1] https://store.steampowered.com/news/app/1675180/view/4347665...
[0] https://www.davos.ch/en/information/portrait-image/storybook...
This is theory-dependent, I would say. It is certainly true for bit-vector solvers that bit-blast for example. For other theories, however, this is not necessarily the case. Consider a simplex-based linear integer arithmetic solver for example. If there is a problem that is simple at the Boolean level, you may end up spending more time in the simplex solver.