What I can't find is how much water a heat exchanger *consumes* to produce the 103ish steam per second. The maximum length of heat pipe you can use depends on the combined distance of your heat exchangers from your reactors. As shown, making the heat pipes thicker allows supporting heat exchangers that are farther away. One offshore pump can supply 20 boilers and 40 steam engines. Heat exchangers produce 103 steam/second.This can be calculated by relying on steam turbine data: A steam turbine consumes 60 steam/second and produces 5.82MW (assuming 500C steam). Additional comment actions. Doubled the heat capacity of water from 0.1kJ per degree per liter to 0.2kJ. Each heat exchanger takes a maximum input 10 megawatts of heat and uses it to heat water into steam. I concur the ratio is 1:1 cerified through testing. by Amarula Fri Jan 03, 2020 4:45 pm, Post Heat exchangers are pipes too. In practice, there is. Are there enough steam generators (boilers, heat exchangers)? The steam production rate can also be calculated using the energy consumption: 1 Heat exchanger consumes 10MW, so it's putting 10,000,000 joule of energy into heating water/steam per second. Calculator for the Nuclear Reactor. A powered nuclear reactor outputs 40 megawatts of heat, plus an additional 40 megawatts for each powered nuclear reactor directly adjacent to it. If I know how much energy i'm outputting from my reactors -> figure out how many turbines -> figure out how many heat exchangers -> How many pumps do I need? Or so. Here are the total requirements for certain amounts of reactors, with everything rounded up to guarantee maximum energy production. They produce electricity by consuming steam, using water pumped from an offshore pump that was heated to 165C steam with boilers or to 500C steam with heat exchangers. Also, the optimal ratio is: 1 offshore pump / 14 boilers / 10 steam engines is that 10 for each boiler? By rejecting non-essential cookies, Reddit may still use certain cookies to ensure the proper functionality of our platform. by gGeorg Sat Dec 07, 2019 1:00 am, Post Pump Ratio ^ 1. Electricity has to be produced before it can be transferred to consumers over the electric system. Reddit and its partners use cookies and similar technologies to provide you with a better experience. The throughput of a fluid pipe depends on the length of said pipe, but you can put in pumps to pressurize the pipe and increase the throughput. Fresh water is at 15C while the steam produced by heat exchangers and consumed by steam turbines is at 500C, a difference of 485C, so you need 1 unit of water for each 97kJ, which is roughly 10.3 units per MJ. The heat exchanger exchanges heat between a heat connection and water to produce steam. In theory, there is no difference between theory and practice. (Except that you can potentially turn 8 gigajoules of uranium fuel cell into 40 gigajoules of heat. This means that you need 1.428 MW of production (of solar panels) and 100MJ of storage to provide 1 MW of power over one day-night cycle. turbines, exchangers and reactor ratios will vary due to neighbor bonuses. So a heat exchanger generated 103 steam per second is 103 water per second I need from my offshore pump. Heat exchanger heats 15C water to 500C steam; It takes 0.2 kJ of burner energy to raise 1 water 1C; Steam is consumed by steam turbines at a rate of 60 units per second; (500C - 15C) 0.2 kJ 60 units = 5820 kW, or 5.82 MW. factorio offshore pump heat exchanger ratio fox hill country club membership cost. Connect water tank to exchanger for exactly 25k units water. Final ratio: 25 offshore pumps : 291 heat exchangers : 500 steam turbines. Looking for efficient setups? For more information, please see our Espaol - Latinoamrica (Spanish - Latin America), https://wiki.factorio.com/Tutorial:Nuclear_power#Neighbor_bonus. The optimal ratio of accumulators per solar panel relies on many values in the game. Factorio version: 1.1 Downloaded by: 1.88K users WHAT IS OFFSHORE P.U.M.P.S.? The heat exchanger exchanges heat between a heat connection and water to produce steam . Hence, each water pump can support a maximum of 40 steam generators. Heat exchangers produce ~103 steam with a temperature of 500C every second. As each heat exchanger produces 10 MW, the optimal ratio is 500 steam turbines for every 291 heat exchangers. factorio offshore pump heat exchanger ratio You may also use this to rectify brownouts/blackouts. You can also have some steam tanks with additional turbines for power spikes (laser turrets etc) as reactors always work with 100% power tanks will store steam when you're not using it all), Factorio Cheat Sheet - That's all the information you need. Steam engines have two ports, allowing excess steam to flow through. They represent the number of modules. By rejecting non-essential cookies, Reddit may still use certain cookies to ensure the proper functionality of our platform. Press question mark to learn the rest of the keyboard shortcuts. by Amarula Fri Nov 29, 2019 3:09 pm, Post In vanilla factorio, without mods which change any of these values, the optimal ratio will be the same. The ideal ratio is 4 Reactors, 48 Heat Exchangers, 83 Steam Turbines and 5 Water pumps. By accepting all cookies, you agree to our use of cookies to deliver and maintain our services and site, improve the quality of Reddit, personalize Reddit content and advertising, and measure the effectiveness of advertising. (100% neighbor bonus per adjacent reactor). Look at the windows in the pipes, hover over the pipes! 1 electric pump can keep up with rate of roughly 10 water pumps if i recall, so at least you don't need to have pump and waterpump flows in parallel. So you have 10 + 12 = 22 pipes. It produces 1200 units of water per second. chrisgbk 6 yr. ago Technically the HX consumes the water and outputs an equal amount of steam. Factorio version: 0.17 - 1.1 Downloaded by: 6.01K users Summary Adds scaled up versions in different sizes for various pipes and pumps. This allows steam engines to be chained together. by mrvn Fri Nov 29, 2019 4:41 pm, Post This produces the 1:20:40 ratio. Your other big concern is fluid flow, and the main constraint is the heat flow along heat pipes. Is steam able to reach all steam engines? Now you have 0 waste of fuel. Note: This is ONLY to be used to report spam, advertising, and problematic (harassment, fighting, or rude) posts. The number of boilers can be derived from the number of steam engines: 40 2 = 20. Try this checklist before you completely revamp your power source. The glow of the heat pipes indicates temperature, with left ends being at the upper limit of 1000C. But the water only gets heated up from 15C to 500C, so by 485C. Do your pipes have water? Each turbine consume 60 water/s so 1200/60=20 turbines. To heat up 1 unit of water 1 degree, 200 joules are needed, so the heat exchanger is heating up water by 50,000C in total. (Except that you can potentially turn 8 gigajoules of uranium fuel cell into 40 gigajoules of heat. Optimal ratio is 1 offshore pump for every 20 steam turbines; or, 25 offshore pumps for every 291 heat exchangers. It does not require electricity or fuel to operate. Ratio of reactors to whatever is 2x2 480MW reactor to 10MW heat exchanger, ratio of reactors to miners is 1:4 iirc, so double that miners, You will need 1x2 chunks space near water, so anywhere, maybe next to Oil Field's Uranium patch. This page was last edited on 27 October 2020, at 13:19. The steam produced is exactly 500C hot, even if the exchanger is hotter. 6, crafting time is 15s, producing 0. At full 10 MW load this is 103.096 water per second. A "close enough" ratio is 20:24:1 accumulators to solar panels to megawatts required (for example, a factory requiring 10 MW can be approximately entirely powered, day and night, by 200 accumulators and 240 solar panels - this approximation differs from optimal only in that it calls for 20 extra solar panels, which is negligible but remember that the difference between the "close enough" ratio and the optimal ratio increases as you add more solar panels). Ratio of heat exchangers to turbines is 1:2, don't bother building lots of pipes for 10% les turbines. The technical implementation details of Factorio's pipe system still have some room for improvement. How do you set up a reactor to get enough water to keep producing steam? Each uranium fuel cell will power a nuclear reactor for 200 seconds. Each heat exchanger converts 103 water to 103 steam, feeding 1.72 turbines. One boiler consumes 1. So the 50,000C are enough to heat up 103 units of steam per second, since 50,000 / 485 = 103.09. by eradicator Fri Nov 29, 2019 4:43 pm, Post Heat exchangers will not produce steam until they reach 500C. Ratio of reactors to whatever is 2x2 480MW reactor to 10MW heat exchanger, ratio of reactors to miners is 1:4 iirc, so double that miners. Click on an empty cell to place a nuclear power plant. This ratio is. 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, Mechanical Throughput Magic (circuit-free), Frequently Suggested / Link Collections, https://wiki.factorio.com/Power_product lear_power, https://mods.factorio.com/mod/AdvancedNuclear3, https://mods.factorio.com/mod/LandfillEverything. by leitk Mon Dec 02, 2019 4:29 am, Post #footer_privacy_policy | #footer . It must be placed on a shoreline of a body of water on the map, and connected to a pipe or other object that accepts liquids. An offshore pump produces 1200 units of water per second, which is enough for 116.4 MW. So far I have built/replaced 3 reactor sectors to be on the lake rather than beside the lake, and I am pretty happy with the results (600 fewer pipes, 800 fewer underground pipes). Includes pipe, pipe to ground, pump, offshore pump, heat pipe. If the player uses mods which change the power generation of solar panels, or the energy storage of accumulators, but not the length of days, a simplified version of this equation can be used. 1 Answer. Also, before you set it up, make sure you nuke any landfill land to get a little pollution absorption to help manage your Fun fumes cloud. Nuclear power plants mostly need a lot of water. Don't ask me how that works.) This means a single unit of 500C steam has 5.82MW / (60/s) = 0.097 MJ of energy. Heat exchangers have different dynamics to actual pipes. By rejecting non-essential cookies, Reddit may still use certain cookies to ensure the proper functionality of our platform. 40 MW of power output is consumed by 4 Heat Exchangers (10MW per Heat Exchanger ). Geplaatst op 3 juli 2022 door . The current optimal ratio is 1 offshore pump to 20 boilers to 40 steam engines. All trademarks are property of their respective owners in the US and other countries. Heat pipes are used to transfer heat from your nuclear reactors to your heat exchangers. Additional comment actions. HolyGarbage . I found the cheatsheet and wiki which have been quite helpful. The lake under the oil field looks like a nice place, letting you place offshore pumps near the center, with the turbines extending to land. They only work when they're above 500 C, and have a maximum temperature of 1000 C. Temperatures above 500 don't increase efficiency; the exchanger will just store the heat, which it can then use later. The Factorio devs plan some refactoring for the upcoming version 0.17. Until then it is advisable to not use more than one pump per water network. A steam turbine consumes 60 units of steam per second, which is 5.82 MW. Give exchanger max heat you can then let the exchanger turn 25k water into steam. and our by Amarula Mon Dec 02, 2019 3:51 pm, Post Using steam engines for power does not produce pollution, however using boilers to heat up the water does. Heat exchangers will not produce steam until they reach 500C. Refer to Francis John play through video on YouTube on nuclear power. The steam produced is exactly 500C hot, even if the exchanger is hotter. This means the energy that was put into the steam to heat it to a higher temperature is wasted. 120 MW ^Note: Pumps, Steam Turbines and Power are approximate for easier build ratios. 20. r/factorio . 12. Each steam turbine take a maximum input of 60 units of 500 C steam per second and outputs 5.82 megawatts of electricity; the 5.8 megawatts listed on the tooltip is rounded. However I want to do a different configuration and want to plan out how many of each type of component I need. This layout produces 40 MW output ( 1 SRE ). Nuclear reactors have a maximum temperature of 1000 C. 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.
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