![]() Steam : 50 steam * 150C * 0.2kJ/C * 2x inefficiency => 3.000MJ raw coal Refinery: 420kW * 5 seconds * 2x inefficiency => 4.200MJ raw coal Refineries also consume a non trivial amount of energy to function which makes modules very difficult to profit from. Coal cracking produces +10Heavy, +15Light and +20Gas. Correct total energy income is 39.2228MJ (fuel, not electricity). All energy consumptions shoud be doubled due to boilers. ![]() And I'm sure you do.įill your boilers with solid fuel, my bruddas! We've got ~50% more energy with the same net output! The only condition is that you are cracking light oil. 1 liquefaction cycle gives 20 gas what saves us 30 light oil.įactories power consumption per 1 liquefaction cycle (it's not much but let's do it): Instead of that let's safe gas from liquefaction and crack less light oil to keep same net gas output. And now, after liquefaction, you are making fuel out of gas. I am sure that on your main oil factory you are cracking light oil into gas. ![]() Output doesn't compensate even input materials, without calculating factories power consumption. I have found the fillowing math (and it's pretty fair):ĥ0 Steam * 30KJ * 2 (Boiler efficiency) = 3MJ I wondered what is more effective in terms of steam power : to burn coal OR to liquefy coal and burn solid fuel.
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