Would you *like* a more in-depth analysis of your particular case? I can do that, if you're sure you want one!
why do you think this? it’s completely inapplicable for smaller scales, and like half the eff unless you do all the fancy stuff that aa-lcaes is doing, hear exchangers & stages & multi hundred degree heat storage. wet comp was done in the 1800’s but not optimized, nor expansion
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to actually do this well you need spray design (<25micron droplets), variable valves for the tanks as the fill up and the pressure changes, good choice of materials (stainless, ptfe piston rings)
Thanks. Twitter will use this to make your timeline better. UndoUndo
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If you want to make a more efficient compressor for AC systems, sure, go ahead. Want to manufacture compressed gas tanks more cheaply? Maybe you can. But - trying to do both, at the same time, for a specific application? That's rather questionable.
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you’re making arguments that were apparent enough at the start of this whole thing, were considered by us an evaluated by us & technical reviewers & investors & competitors back then too there were simple counter arguments, cost targets & physics goals explained through analysis
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