So I decided after everyone helped me so much with my setup in this thread,
I will share my Big Reactors setup. Just cos some people don't know how to or can't be bothered to do so.
My setup is 1 Reactor and 2 Turbines
The Reactors is made like this
The Bottom is 5x10 blocks big.
There are 4 fuel rods (per layer, so a total of 24), the coolant that I use is Gelid Cryotheum.
It is 8 blocks tall (including all casing bottom layer and control rod top layer)
Just a picture of the top. (All settings will be at the end)
Now to make the turbine.
The Bottom is 5x9
A picture of the overall casing
I uses 2 coils of enderium blocks
I also have 20 blades
Picture of the front (Controler, power tap, fluid ports)
Picture of the back (Turbine Shaft)
So that is one turbine. Remember, we need 2. Both exactly the same.
Just a few tesseracts on the same channel. One connected to a outputing reactor cooling port and 2 connecting to inputing turbine fluid ports, 1 tesseract per turbine.
Producing water for the Reactor
Thanks to jakalth for a method.
When jakalth says small input of water, I needed about 4-5 auqeous accumulators to keep it full.
Very simple, all control rods at 60%.
This makes the reactor run at around 195 degrees Celsius, Produce around 3520/3530 mB/t. It uses 0.077/0.078 mB/t of fuel. It's fuel reactivity is around 403%.
The turbine (once up to speed) has 1782.7 RPM, 10140 RF/t. Remember to keep the max flow rate at 2000 mB/t.
Remember there are 2 turbines. Both Turbines produce about the same amount of power, with just a few units in differences.
Just remember that with these settings each turbine produces slightly more than 10k RF/t so you will need 2 separate lines of redstone energy conduits, 1 for each turbine, and you will need resonant energy cells to harness that power.
This is about the size of how much resonant energy cells you will need.
I have a few battery stations like this...
So, thats my setup more or less. Feel free to improve or edit in anyway.