minihars
minihars
159 / 8
27th Oct 2020
30th Oct 2020
More or less realistic in the tpt way. Pressure is analogous to neutron flux. CR control rods, P/SL prim./sec. loop, HE1/2 heat exchangers, WS water supply, TV turbine valve, CT cooling towers. Pull rods until desired boom or operate at about 450C.
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Comments

  • thebeholder42
    thebeholder42
    31st Oct 2020
    its not bad, a few ideas for improvment: add a real time pressure indicator using comments the bottom of the fuel rods, this will show us if the pressure is pos or neg showing us if its heating up or cooling down. The HE's are tiny, they dont pull out enough heat out making the reactor finicy. And finally to make it more realistic put a condensor system on the turbines, they dont just vent the steam from the turbines to atm. overall its cool and i like it, good work.
  • gmail
    gmail
    30th Oct 2020
    idk why im gmail lol
  • Maticzpl
    Maticzpl
    30th Oct 2020
    a lot of fun playing with it +1
  • TrueF
    TrueF
    30th Oct 2020
    ok i dont need the explanitation now
  • EpsilonStudios
    EpsilonStudios
    29th Oct 2020
    read the description you incompetent nugget
  • TrueF
    TrueF
    29th Oct 2020
    instructions pls
  • CCl2F2
    CCl2F2
    29th Oct 2020
    gmail why you are gmail?
  • gmail
    gmail
    29th Oct 2020
    Nice my creations always look like crap lol
  • EpsilonStudios
    EpsilonStudios
    29th Oct 2020
    the reason it's the point of no return is, the control rods are pretty crappy, vacuum isn't supposed to be used in reactors, pump at 0 degrees would do better at actually saving the reactor
  • Qweryntino
    Qweryntino
    28th Oct 2020
    1000C is a point of no return, meltdown is imminent even if rods are fully deployed. Fun save btw.