This time we are back with a guide aiming to explain to you about Best Nuclear Power Setup in Satisfactory.
Your power supply is the one production line in Satisfactory that you should always be sure is maxing out efficiency. Keep this running efficiently at all times, as losing power will just about ruin your game, and it'll take a lot of time to repair. Still, getting to the nuclear power level makes it even more of a challenge. The fact that all of this can get running at peak efficiency means you'll never have to think about electricity again, no matter how convoluted it all is. This is the best configuration for a nuclear power plant in Satisfactory.
Another combination of all different composition, including uranium, silica, sulfur, and quickwires, will be required to coat the uranium cells; this will make scaling up incredibly easy, with the ratio on either end of the production lines of encased uranium cells to uranium fuel rods being exactly 1:1.
You can get a lot of great information from here for your grocery list:
Copper wire and copper sheets are the results of refining copper ores. Set up the Electromagnetic Control Rod production line by placing this line next to the Quickwires to build. Using the copper sheets and the quickwire, craft the AI Limiters.
Adding more nodes will allow for the automation of making more Steel Pipes and Iron Ores, but you'll have to have some Steel Beams and Steel Pipes as a starting point. Make your own production line for the Encased Industrial Pipe; add steel pipes in the stator line, and include limestone in the cement line.
It is important that you employ an industrial storage container buffer for the encased industrial pipes and electromagnetic control rods.
With the assembly lines up, now it's time to move on with getting a manufacturer in order for the uranium, silica, sulfur, and quickwires into casings as encased uranium cells. Be sure to leave expansion room for attaching more splitters when you split the resources. This will be elaborated on later, and is important.
Place that manufacturer's product into a factory manufacturing fuel rods from uranium. Connect the manufacturer's production lines for uranium fuel rods with those for casing industrial pipes and electromagnetic control rods. Before placing the uranium fuel rods in your nuclear power plant, make sure to send them to an industrial storage container for buffering.
Give each and every nuclear power plant a splitter, then hook those up into sinking rods using the configuration below. Attach one pipeline junction to each plant in order to supply the nuclear power plants with water. Produce immense amounts of water. In order for each nuclear power plant to run smoothly, it needs 240 cubic meters of water. Each plant will need two of these water extractors.
Each nuclear power plant only consumes a meager 0.2 uranium fuel rods per minute. Your final manufacturer should supply at least two nuclear power plants. To scale this up, all you need to do is make a second Uranium Fuel Rod Manufacturer and attach the necessary components from your previously overproduced products.
Two more nuclear power plants are part of the enlarged portfolio of the manufacturer. This is why your production lines need a little more space to accommodate extra splitters for the future. Scaling will be less of a challenge going forward.
Next comes scaling of water supply indefinitely. Since one plant consumes 240 cubic meters of water per minute, you will want thousands of cubic meters per minute. You probably don't have your entire power plant situated right next to the water.
In which case, there are a number of ways to scale it. You can delegate the packing and unpacking of water into a separate production line inside your plant for one. If you're feeling really lazy about bringing packaged water over to your plant, you can invest in a drone delivery system. Or you can build a train line using the freight fluid platforms that will ever carry anything but water. Take your pick.
Once all this has been set up, you can add a nuclear power plant, and adding on to that, a manufacturer of uranium fuel rods will kick your power way up-then you can add more assembly lines.
Making Plutonium Fuel Rods from Uranium Waste is the end-step for these wastes. Used Plutonium Fuel Rods will give you Plutonium Wastes. However, there is one way to dispose of Uranium Wastes once and for all - chuck them into an Awesome Sink.
So we come to the end of this explanatory guide, now you know Best Nuclear Power Setup in Satisfactory, just do it and enjoy it to the fullest.