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번역 관련 문제 보고
토론 규칙 및 지침
게시글 신고
Look at the generator, how many m³ the coal generator needs at 100% and look at the maximum m³ from the pumps.
And then divide the second number by the first number and you have the amount of generators per pump.
Coal generators consume 45 water at 100%, and water pumps produce 120 water at 100%. Three pumps provide 360 and 8 generators consume 360 exactly. That's why you see the 8:3 setup all over any forum. The hard part of the setup is that pipes only handle 300 water, and some generators have to split water between multiple pumps. This is tricky with how flow mechanics work, so if you aren't confident on the solution try a simpler setup.
There's nothing wrong with going a little over on water supply, since it doesn't really hurt anything. Alternatively, feel free to over/underclock water pumps until the ratios fit just right. Don't waste your efforts with water storage. Storage does not fix the a supply deficit. Make sure the water pumps have enough output for all situations.
The guide I linked above has tables for coal gen setups. They will give you a great idea of how to set it up.
Also, there is a dedicated section for the water setup that talks through some basic setups and ends in showing examples of the most efficient layout the community has found, the 3:8 method.
I think I get what he's trying to say, but the kind of load-balancing he's touching on is way too advanced for someone who can't set up an equation to divide 120 m³ water supply by 45 m³ water demand or 240 coal supply by 15 coal demand.
I think what ravaught's getting at is the idea of a "duty cycle".
If you throw down one water extractor, a fluid buffer, and 3 coal generators, you can run at 88% forever and at 100% for 26 minutes until the buffer runs out.
As long as you always stay below 88% and only periodically exceed that, you'd never have a failure. However, I can't think of any reason not to set it up for 100% efficiency from the get-go.
To answer your question, you need to set up a few math equations. This is something you'll want to learn, because this game requires it everywhere if you hope for any semblance of efficiency.
Divide your coal supply by your coal demand.
At 100%, a Miner Mk.1 on a Pure Node supplies 120 coal per minute. At 100% efficiency, a Coal Generator consumes a single piece of Coal in 4 seconds -- which works out to 60 seconds / 4 seconds = 15 pieces of coal per minute consumed.
120 supply / 15 demand = 8 Coal Generators per Pure Node 100% Miner Mk.1.
Two nodes? 8 * 2 = 16 Coal Generators
Overclocked to 250%? 16 * 2.5 = 40 Coal Generators
Again, divide your water supply by your water demand.
At 100%, a Water Extractor supplies 120 m³ water per minute. At 100% efficiency, a Coal Generator consumes 45 m³ water per minute.
120 supply / 45 demand = 2.667 Coal Generators per Water Extractor.
8 Coal Generators per node / 2.667 Water Extractors = 3 Water Extractors per 8 Coal Generators.
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I wouldn't say you need to understand how this math works, but it's definitely way up there.
Another option is to use the Satisfactory Calculator Production Planner. You can just punch in numbers of what you have and what you want, and it'll spit out what you need and how to set it up.
https://satisfactory-calculator.com/en/production-planner
all i needed to know is how much coal powerplants can a single water pump supply @ 100%
2.6 or even easier, 2 plants per pump
keep in simple :p
You know Calculus, but you've forgotten Algebra?
Bruh, you must be trollin'.
You can but its worthless to do so.
Easier to set up 3 water pumps at 100% and hook up 8 coal gens.
And just to add if you are confused on how to lay out the pipes, or are interested in how the math actually works for the pipelines you can reference my guide. One of the 3:8 diagrams includes water totals and shows how it breaks down.
Only if you're to the point you need that much power. When i first converted to coal i used the 1 to 2 method for a couple of days while i was setting up other things, exploring, and deciding where to put my permanent coal plants. I think that once you've been playing for a while you tend to forget just how expensive setting some of these layouts is for someone who has just unlocked the tech and doesn't have much of a production line built yet. At tier 7 setting up another 3 to 8 plant is old hat and doesn't require much thought, but when you first build one it's easily the largest set up you've had to do yet.
Ooh I understand you, but the expansion path is not difficult at least.
Going from one extractor I mean.