If your working liquid is pure, the dial is useful for targeting an output temperature you wish to attain. Example: if your liquid input is Pollutant, setting the evaporator to 1860ish kpa will attempt to output the lowest possible temperature pollutant can reach without freezing in the network connected to the heat transfer output (-96ish if I remember correctly).
Just saying a standard AC would do this a whole lot faster and more efficient. Yes you can do this but why would you want to? The AC unit takes up 2 blocks of space….
True. It's an experiment. Being playful with what we're given, instead of doing the one thing in the one optimal way and then also doing so with the next thing.
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Awesome as always, thanks a bunch
If your working liquid is pure, the dial is useful for targeting an output temperature you wish to attain. Example: if your liquid input is Pollutant, setting the evaporator to 1860ish kpa will attempt to output the lowest possible temperature pollutant can reach without freezing in the network connected to the heat transfer output (-96ish if I remember correctly).
Just saying a standard AC would do this a whole lot faster and more efficient. Yes you can do this but why would you want to? The AC unit takes up 2 blocks of space….
True. It's an experiment. Being playful with what we're given, instead of doing the one thing in the one optimal way and then also doing so with the next thing.