Gus Smedstad Posted September 10, 2019 Share Posted September 10, 2019 4 hours ago, chemie said: why though? Because that's the topic of the thread. Electrolyzer designs which fully utilize any electrolyzers included. That's what makes his design different. Whether that's optimal or not is a different question. Link to comment Share on other sites More sharing options...
chemie Posted September 10, 2019 Share Posted September 10, 2019 9 minutes ago, Gus Smedstad said: Because that's the topic of the thread. Electrolyzer designs which fully utilize any electrolyzers included. That's what makes his design different. Whether that's optimal or not is a different question. Title was 100% uptime. I guess I did not see this exclusive to electro up time which wastes energy on o2 pumps that are not at 100% utilization. But OP has since commented this is about having electro up all the time, for whatever that's worth. Link to comment Share on other sites More sharing options...
Gus Smedstad Posted September 10, 2019 Share Posted September 10, 2019 100% electrolyzer uptime doesn't mean you have to waste power on gas pumps running at below 500 g / packet. Atmosphere sensors will take care of that for you. Link to comment Share on other sites More sharing options...
LeftyRighty Posted September 10, 2019 Share Posted September 10, 2019 I've always preferred the feedback loop cutoff approach (ahh the old spaghetti ), less fussy when things back up. So long as you have a high pressure vent the cutoffs can't backup and allow the wrong element through. When the o2 backs up the chamber over pressures quickly and everything locks up. When the h2 over pressures (whats wrong with you?!?!?!) the system limps on for a while as the h2 pressure builds up then is finally seizes. 600 *0.888 = 532.8kg per cycle (obviously no cooling here, put that in however you like on the o2 line Link to comment Share on other sites More sharing options...
kyngston Posted September 11, 2019 Share Posted September 11, 2019 14 hours ago, Angpaur said: On the gif you provided it looks like electrolyzer overpressurizes so I doubt it can produce 1776g/s Have you looked into daily reports to see how much O2 your electrolyzer produced during previous cycle? Here's the colony summary. It's pretty steady between 1771g/s and 1776g/s Link to comment Share on other sites More sharing options...
fishoutofwater Posted September 11, 2019 Share Posted September 11, 2019 @LeftyRightyme too, spaghetti + mechanical filter, I believed it has 1:1 ratio (water to o2+h) with this electrolizer and pump arrangement. Spoiler Spoiler I know the wheezies are overkill, but I'm sure I do not have any intention to cause hypothermia to dupes unless there is an achievement for it. Link to comment Share on other sites More sharing options...
kyngston Posted September 11, 2019 Share Posted September 11, 2019 13 hours ago, des06des said: I like this build kingston, probably i’m going with your setup on my next game. I fixed the rogue hydrogen bubble sneaking into my O2 pump issue. Place the hydrogen pump between the 2 electrolyzers, and they no longer interact with each other. Link to comment Share on other sites More sharing options...
Craigjw Posted September 12, 2019 Share Posted September 12, 2019 On 11/09/2019 at 3:55 AM, fishoutofwater said: @LeftyRightyme too, spaghetti + mechanical filter, I believed it has 1:1 ratio (water to o2+h) with this electrolizer and pump arrangement. Hide contents Hide contents I know the wheezies are overkill, but I'm sure I do not have any intention to cause hypothermia to dupes unless there is an achievement for it. I'm assuming that you like plenty of lag nice and thick with that spaghetti. Link to comment Share on other sites More sharing options...
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