Good Nuclear Reactor Design (Direwolf20 Pack)
- Thread starter japgman
- Start date
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http://www.talonfiremage.pwp.blueyo...hn3suam9smjc2wi2grnbe9rkadznta3v0pxdcs107m8no
would be more efficient, not sure what you mean with liquid primer although I don't use coolant cells for pretty much any of my designs bar 1-2 theoretical ones and I run on gregtech so it might be different.
If you don't want to use more copper to maintain than your current you can try this:
http://www.talonfiremage.pwp.blueyo...gi0dx5fbhu4aact05u4x955xpg8tcl6yr90jtbwes9sgk
would be more efficient, not sure what you mean with liquid primer although I don't use coolant cells for pretty much any of my designs bar 1-2 theoretical ones and I run on gregtech so it might be different.
If you don't want to use more copper to maintain than your current you can try this:
http://www.talonfiremage.pwp.blueyo...gi0dx5fbhu4aact05u4x955xpg8tcl6yr90jtbwes9sgk
Play with the simulator some (GT computercube or the web simulator) and try adding some neutron reflectors to boost your power. You can get TONS more efficient.
I'll personally be setting up a coolant cell-utilizing reactor myself. By way of a timer or other means, automated cell swapping and cooling. Personal preference to have a EA++ reactor approach.
I'll personally be setting up a coolant cell-utilizing reactor myself. By way of a timer or other means, automated cell swapping and cooling. Personal preference to have a EA++ reactor approach.
I don't like neutron reflectors, either they burn out and eat lots of copper/berylium (gregtech), or you have to spend iridium on them...
And then if I were at a point to be able to fund a condensator reactor using timers, I would probably not be too worried about losing a tiny bit of efficiency (but gaining more power overall) on the isotopes.
And then if I were at a point to be able to fund a condensator reactor using timers, I would probably not be too worried about losing a tiny bit of efficiency (but gaining more power overall) on the isotopes.
If I'm mid-gameish then MK-1's just seem easier as they can be fire and forget, using the 1 uranium = 8 cells breeder method with a thorium (although ofc uranium works too) cell to charge. That much uranium could easily power up to 400 eu/t reactors or for cheaper ones more like 100-280 eu/t
I would then look to condensators (since I personally see the time setting it all up as a cost on my own behalf) when I want stronger power, such as funding a matter fab or getting fusion reactions going, I would probably just use quad plutonium cells with rapid replacing for 2-6k/t
I would then look to condensators (since I personally see the time setting it all up as a cost on my own behalf) when I want stronger power, such as funding a matter fab or getting fusion reactions going, I would probably just use quad plutonium cells with rapid replacing for 2-6k/t