3/6/2023 0 Comments Nuclear power factorio![]() ![]() you can put 4 heat exchangers at the end of ~135 heat pipes, but you can put 16 heat exchangers only at the end of ~50 heat pipes. The more heat exchangers you want to put on a single length of heat pipe, the shorter that heat pipe has to be to ensure minimal heat loss e.g. The maximum length of heat pipe you can use depends on the combined distance of your heat exchangers from your reactors. Temperatures above 500 don't increase efficiency the exchanger will just store the heat, which it can then use later. They only work when they're above 500 ° C, and have a maximum temperature of 1000 ° C. If you overbuild reactors, you can end up wasting a lot of fuel cells without realizing it.Įach heat exchanger takes a maximum input 10 megawatts of heat and uses it to heat water into steam. 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. Nuclear reactors have a maximum temperature of 1000 ° C. ![]() If you run an odd number of reactors, you should have a 2 by X rectangle with one reactor dangling off the end. This can be extended as far as you want every additional 2 reactors will provide an additional 320 megawatts of heat output. The true maximally efficient layout is a 2 by X rectangle this gives you access to every reactor. (100% neighbor bonus per adjacent reactor).Ī perfect square of reactors has the highest theoretical efficiency, but at 3x3 and above you'll have reactors surrounded on all 4 sides and have no way to load the uranium fuel cells. Each uranium fuel cell will power a nuclear reactor for 200 seconds.Ī powered nuclear reactor outputs 40 megawatts of heat, plus an additional 40 megawatts for each powered nuclear reactor directly adjacent to it. ![]()
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