11/10/2023 0 Comments Steam powered down![]() Production is the total production capacity of all power generators on the Grid. Satisfaction is the total demand of electricity by the factory, or at least that specific Power Grid. Something that I don't got explained yet is what the Production and Satisfaction bars are, and how they work. I hope i explained that correctly, and i hope it helps. If you did everything correctly, then your steam engines should be turning on when your accumulator's power is less than 10%, or whatever threshold you decided to set your decider to. So, if your Accumulator output (A or P, in this case) is than 0. Your decider is reading your % of power from the accumulator. I suppose it's important to note that the accumulator's signal given off is a percentage of full power, not a straight gigawatt signal.Īs for programming things, it's fairly simple. (Ignore the other decider and light, those are for personal use and are completely unnecessary.) The output of the decider goes to the input of the power switch and that's what sets your threshold. ![]() The accumulator signal goes into the input of the decider so that you can set whatever number (threshold) you want the steam engines to start working again. ![]() Blue is my accumulator, I have it set to putting out signal P, but default signal is A (the actual accumulator i use is somewhere else in my base attached to this system, i set up this accumulator for demonstration). The power switch is what connects/disconnects things. My steam power comes in down the Yellow arrow into a power switch (make sure it's on the correct side). SteamPowerCutoff.png (647.78 KiB) Viewed 9679 times
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