Compact rectangular 2x2 Nuclear Reactor, 480 MW. No steam buffer tanks.

Power Plants, Energy Storage and Reliable Energy Supply. All about efficient energy production. Turning parts of your factory off. Reliable and self-repairing energy.
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imTheSupremeOne
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Compact rectangular 2x2 Nuclear Reactor, 480 MW. No steam buffer tanks.

Post by imTheSupremeOne »

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
Guimdefreitas
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Re: Compact rectangular 2x2 Nuclear Reactor, 480 MW. No steam buffer tanks.

Post by Guimdefreitas »

Hi, excuse me for the ignorance but I haven't played much of the game to understand ratios and stuff like that yet. My question is why did you use pumps on the steam pipes that lead to the turbines. It mey be very simple but I can't see why.
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MEOWMI
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Re: Compact rectangular 2x2 Nuclear Reactor, 480 MW. No steam buffer tanks.

Post by MEOWMI »

Neat design, might use this!
Guimdefreitas wrote: Wed Apr 29, 2020 12:21 am My question is why did you use pumps on the steam pipes that lead to the turbines.
They're there because it produces a lot of steam and without pumps the pipes would bottleneck.
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