Having an extra generator is a good rule, I'd agree. Maybe that says more about the fact that I don't always build a SPOM first thing.Īnd sure you could run a generator without any automation if you always have a base load of more than that generator produces, but personally I like to set them up anyway, which also lets me prioritize which type of generators will turn on first. I mean sure maybe you don't need a smart battery, but making 250kg of refined metal is pretty easy to do, and that way the generator will shut off once your base is pressurized, so I usually can do it right away by the time I build a SPOM. However, most people never need 9+ electrolyzers (that's over 71 dupes), so the +1 rule is pretty functional. When you get to 9-16 you need +2, and so forth. The excess hydrogen can be used to power 2 AETNs, or a 25% uptime 3rd generator to give the rest of your base an average of 200W of power (without automation required, since if it's on, the automation for your other power production will shut off as batteries fill up).Īs to your commetn 1 per electrolyzer, you always want 1 per, PLUS one more (so that you don't clog up pipes full of hydrogen). You don't really need smart batteries on electrolyzer-linked hydrogen generators if you're doing a self-powered setup.Ī single electrolyzer setup (1 elect, 3 pumps) produces 800W and consumes 840W maximum - though the hydrogen pump isn't running constantly, so you need a battery.īut a dual setup (2 electrolyzers and 5 pumps) will produce 1600W and only uses up 1440W, letting you just run it non-stop (with a bit of spare power). Finally, many SPOMs rely on atmo sensors to maintain the even gas separation, so whatever design you made may work if you fiddle with those sensor cutoffs. If you have other gases in there, they may be confusing things. Also, if the gases aren't separated nicely, then physics can magically destroy or transform one gas or the other, which can also lead to unreliable outcomes. If you're not seeing your SPOM able to run continuously, then feel free to post images, and we can help figure it out!Ī couple notes: obviously if the water input isn't consistently full, the SPOM won't be reliable. But the SPOM should use less power than this would produce, so you wouldn't need that many if you're just powering the SPOM itself and then sending the extra hydrogen elsewhere. But just as a ballpark, about one hydrogen generator per electrolyzer is good in terms of using most of the hydrogen produced. If you just have one battery (most fuel efficient option) that means the number of generators you'd want would be however many can power everything that reasonably turns on at the same time. The number of generators doesn't really matter as long as you're toggling them off with a smart battery so they're never wasting fuel. I'm pretty sure that one electrolyzer produces 111g/s of hydrogen, and one hydrogen generator burns 100g/s of hydrogen.
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