So a couple desires went into this. First, I wanted something modular that I could create remotely, easily using my robotic network first to set up a small plant (say, a single reactor with just enough turbines and exchangers), then growing individual reactors, and ultimately adding new reactors once individual ones were maxed out.
Second, I'm not satisfied with the little six-pack nuclear plants--I wanted a nuclear plant that could be expanded limitlessly. After all, a 2x6 plant is already 10% more efficient than two 2x3 plants, and this only increases with size.
This means going horizontal--very horizontal. Ultimately, the challenge became packing everything into a five-block-wide column, including all electrical, fluid and mechanical. Here's what I mean:
That's a 40 mw nuclear reactor with just enough exchangers and turbines to handle the max output. Fuel cells are managed by logistic robots. Note that this doesn't show the complete water connections; there is a blueprint to build all the fluid and electrical systems initially, before they are needed to that extent. Bumping a reactor up to 80 mw (say, once you drop a neighboring reactor) is done additively with another blueprint; nothing needs to be torn down. Here's a 2x2 plant (only partially visible):
One thing I couldn't solve: going to 21 exchangers requires a couple pipes and a single pipe-to-ground that have to be removed before jacking it up to the max 28 exchangers. It makes me feel dirty, but I just can't think of a purely additive solution. Here's the interference:
Here's a 2x6 plant, in all its glory:
The logistic network does limit the size to 2x9 when using logistic robots to feed the fuel. Larger than 2x9 is certainly possible, but requires constructing a belt network to feed the fuel.
Caveat: I don't care about nuclear fuel conservation. Honestly, I don't really see the point, at least late game. I got soooooo much uranium--I have nukes, nuclear power and all trains running on nuclear fuel, all from the first uranium ore field I started mining during mid game. I'm obsessive, no question, but in my own special way.
40 mw plant
80 mw
120 mw
160 mw
plant infrastructure (pipes and poles)
Modular 2xN nuclear power plant
Post pictures and videos of your factories.
If possible, please post also the blueprints/maps of your creations!
For art/design etc. you can go to Fan Art.
If possible, please post also the blueprints/maps of your creations!
For art/design etc. you can go to Fan Art.
- NotRexButCaesar
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Re: Modular 2xN nuclear power plant
Post by NotRexButCaesar »
Here was my attempt at one including a robot networkwalter.g wrote: Fri Jan 29, 2021 12:35 pm The logistic network does limit the size to 2x9 when using logistic robots to feed the fuel. Larger than 2x9 is certainly possible, but requires constructing a belt network to feed the fuel.
- 1.jpg (82.58 KiB) Viewed 8069 times
I find this easy to construct from the map using automated delivery to very large lakes. If you would like the train I use to bring in materials, feel free to ask.
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Re: Modular 2xN nuclear power plant
My version is designed to be built with the middle part over a lake which is filled in with landfill, leaving two narrow trenches in the middle for the water pumps. After placing the blueprint, fill in the trench and add the last two pieces of heatpipe.
This can be fully remote-built and is tileable.
This can be fully remote-built and is tileable.
- Nuclear_Power.png (170.8 KiB) Viewed 7835 times
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