Max Size Big Reactor Design?

[Nuker57]

Hi, Im Searching a good design for a 32x32x48 sized big reactor (max size), im trying to test some designs in the simulator (http://br.sidoh.org/) but i cant get over 30kRF/mb of efficency and 1.7M RF/t... im not so expert in building reactors and i'm asking for some designs that can do better than mines or some tricks to do a good design.

sorry for my english is not my mother language ^-^'

 

[ChemE]

This is not my design, I can't take credit for it but I came across this the other day:
http://br.sidoh.org/#reactor-design...XCXC2E28X2EXCXCXCXCXCXCXCXCXCXCXCXCXCXCEO28EO

 

[GreenZombie]

I don't think that online calculator works properly. You can put together a good design and an awful design and they barely differ in the computed efficiencies.

 

[Nuker57]

This is not my design, I can't take credit for it but I came across this the other day:
http://br.sidoh.org/#reactor-design...XCXC2E28X2EXCXCXCXCXCXCXCXCXCXCXCXCXCXCEO28EO

Is a very good and flexible design, Thanks!

 

[chrisollis97]

this is my design for alot of power its hard work trust me but it works i already tried for real
http://br.sidoh.org/#reactor-design...CXCXCXCXCXCXCXCXCXCXCXCXC31X&modpack=defaults

 

[Inaeo]

Thread is almost a year old. Thanks for the input, but it's a touch on the late side.

 

[Crondos]

hi why its so complicate?
i youse manyullim ok, but self wits only the reactor materials i make over 2000000 mb steam per tick. its more as enouth.

it have a size from 28x28x 42

BigReactor simulator

A simlator for the Minecraft mod Big Reactors

br.sidoh.org

have fun wih testing, but better is you youse manyullim.

 

[DaMastaCoda]

I use the following and it gives slightly more RF/t, but is less efficient (Just built it and it gives 3.56 Mrf/t but its rising. I'll check again tommorow) (It's reached 4.97 MeRF/T and seems to have stopped climbing)

https://br.sidoh.org/#reactor-design?length=30&width=30&height=46&activelyCooled=false&controlRodInsertion=0&layout=4XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XDXD4XD4XD4XD4XD4XD6XD4XD4XD4XD4XD4XD2X