Just added some pumps before the turbines. now it seems to work way better.
note: from the top I am adding water from 2 water pumps just to be sure there is enough.

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Further math:
80 times 103 steam per second makes a total of 8240 steam wich is enough for 137,333... turbines, consuming 60 each. so according to my math I should be able to run 137 turbines at maximum, generating a total of 794,6 MW per second. Instead my generator reaches up to 110 MW and stops ...

4 times 120 MW heat + 2 times 160 MW heat due to the neighbour boost is a total of 800 MW heat. A consumption of 10 MW heat per exchanger results in a heat-supply for 80 exchangers. Or did I understand that wrong?

I thought about upgrading the steam supply but then I saw the top right block of ...

Hi,

I have a reactor-build with 6 cores, 80 heat exchangers and 138 turbines. My problem is that my heat exchangers, while having enough heat, don't run on full power. Currently I'm generating 108 MW while my base would need up to 200 MW, more than half my turbines aren't working and so is a ...