Factorio 1 reactor setup. Nuclear reactors have a maximum te

Factorio 1 reactor setup. Nuclear reactors have a maximum temperature of 1000 ° C. 3 U238 + 1 Iron plate Jun 9, 2019 · Compared to optimal setups, this wastes 4 turbines (for the 2 reactor setup) but it saves a lot of heat pipes, normal pipes, space, and especially design headache compared to most 'optimal' designs. . Perfect ratio. A single offshore pump can supply water for 11-12 exchangers. Feb 19, 2024 · This video showcases a smart and easy design that works quite well for your Nuclear Reactor in Factorio, it only gives the reactor 1 piece of Uranium cell so For a 10 reactor setup that means each refueling adds 3m steam into the system. 1 GW is the max you can get out of 8 cores. 3G units of steam, or 126TJ worth of steam. 1 U235 + 1. Mar 20, 2021 · Only 1 roboport is needed for entire construction. The difficulty with larger reactor setups is keeping your heat exchangers fed with water (and making sure the steam gets to the turbines. Looks a lot like mine, but you did a better job of making the whole thing square and routing the belts. 1 GW sustained power with minimal materials One side water: very easy to connect to water, no need of landfill or waterfill mods Minimalistic build material requirement, only 214 heat pipes, 12 substations and 1 roboport. add small buffer for extra u238, at first you produce more than you consume, use extra for example in uranium ammo before kovarex, each centrifuge can support 1 reactor setup nuclear fuel production, in:u238+u235+iron, out:fuel_cells A 2x2 reactor setup generates 480 MW, but that'd require quadruple the uranium processing to keep fed. 5K votes, 207 comments. 1 Turbine will use 60steam/s etc. The 1-reactor setup is recommended for beginners. 4 reactors alone is 4 reactors alone. For this setup steam tanks can sustain 3. or 50% more or 33% less. The rest of the design is just a matter of pushing enough steam around to actually get that much power. 9 U238 + 1 Iron plate; 1 fuel cell cost after reprocessing the used fuel cells (1 used cell gives back 0. Although it is the least power-efficient one, it is still easy to grasp. The middle four have a neighbor bonus of 3 so they generate 160MW. The current design is 'dumb', assuming nuclear fuel is cheap; you can add smarts if you want by adding a measurement tank and insertion logic. The logical conclusion of this information, by the way, is that the peak efficiency that can be achieved is a 2xN nuclear reactor. May 8, 2025 · A Simple Blueprint for 1-Reactor Nuclear Setup. 1GW. The 4 reactors at the ends each have a bonus of 2 so they generate 120MW. To limit the input of fuel, I have circuits set up to load one fuel in each of the four reactors when it is unloading a empty fuel can from one. During a single fuel cell cycle, the reactor generates (6542-1) × 400% × 8GJ = 209TJ of energy. I think at the moment I have a timer setup that only allows the inserter to check the steam levels about once a minute, and that has a few disadvantages (not being responsive enough to low steam, and also small potential to over fuel when under heavy demand if the steam is low while midway through May 16, 2017 · To activate a new reactor, insert 1 fuel cell, starting off the process. 5m steam total so if steam is below 500k we refuel the reactors. 2 2 reactor set-ups with worth 8 reactors alone. I have my blueprints set up so that I can add one reactor at a time as I need them. Unlike boilers, nuclear reactors will not slow or stop their fuel consumption if their output isn't being used; they'll constantly use up fuel cells at the normal rate of 1 fuel cell / 200 seconds. [insert my calculation form above here] Or with your way of calculation: 8 Reactors = 28 real count Reactors x 4 Heatexchangers/Reactor = 112 Heatexchangers Jan 5, 2018 · The system can contain 1. It will get more efficient the larger the value of N, but with diminishing returns. Essential: 1x Nuclear Reactor; 4x Heat Exchangers; 8x Steam Turbines; 4x Heat Pipes; 1x Offshore Pump (for water) Inserters for fuel delivery; Projected Output: ~40 MW Nuclear Power is here!!! Let's check out builds, ratios, and how to get uranium working for us! Designs for 1, 2, and 4 reactors, as well as blueprints for After some calculation, one arrives at the expression for the ratio of the two (double-row design in denominator) as (1. 005 fuel cells per second; To make 10 fuel cell the recipe uses 1 U235, 19 U238 and 10 Iron plate; So 1 fuel cell costs 0. 25n − sqrt(n)) ÷ (n − 1) which evaluates to, for example, 1 for 4 reactors, 1. Under no load it goes up to just about 25k steam, under medium load it fluctuates between 5k and 10-15k steam, under full load it operates continuously with no steam. a 2 by 2 reactor set-up is worth 12. That's 8 vs 12. Now all that's left is to read all tanks and only refuel if 3m steam can be added. depending on what you consider the default. 4120 + 4160 = 1120MW ≈ 1. com | Forums | Wiki | Mod Portal | API Docs setup miners, in:acid, out:ore setup refining, in:ore, out:u238+u235 example. Each cell takes 1 iron. I've tested this with a 2 reactor, 16 exchanger, 32 turbine, 16 steam tank setup. 1. So we were both wrong. May 30, 2017 · When you have 8 Reactors (28 effective) you are working with 112 Heatexchangers, like you said. For a 480MW reactor, 40 steam storage tanks are needed to store an entire reactor cycle's output. 1: uranium is only used for making fuel cells and is literally free 1: iron is scarce and every single bit of iron is important As a consequence of premise 2, the only purpose of steam storage is saving iron. true. Only being able to put in fuel when you're removing is an elegant solution to avoid over-fueling. With those you can 100% satisfy 193 Turbines. 16 for 100 reactors (considering only numbers that both an equal-length double row and a square can be built from), and May 25, 2017 · This is a fairly compact 160MW nuclear setup that doesn't use an excessive amount of storage tanks. Under normal usage it can easily buffer a complete fuel c… Factorio. So if you have 2 nuclear reactors sharing a side they are both generating more energy than 2 nuclear reactors placed alone. The heat pipes, reactors and heat exchangers have a total heat capacity of 449480 MJ/°C. Feb 9, 2025 · 1 reactor uses 1 fuel cell every 200 seconds, which is 0. Assuming an effective working range of 400°C, this is ~180TJ worth of heat. 07 for 16 reactors, 1. 6 U238): 0. qnek lzmpz zspvz vsqiez pai zmnn tvuxkrc uufs cqbwq rfoeu