40 EU/t where the tick is a reactor tick (1 second, or 20 game tick), so it's actually 2 EU/Minecraft tick... how did you get 3? XD
40 EU/t where the tick is a reactor tick (1 second, or 20 game tick), so it's actually 2 EU/Minecraft tick... how did you get 3? XD
I think you are wrong: this is a quote from the wiki
Uranium Cell: The key part of a reactor and each cell will pulse one or more times, producing some heat and 100 EU for each pulse during one reactor tick. On it's own, a cell will only pulse once (5 EU/t) but for each adjacent uranium cell it will pulse again for free, producing additional heat and packets of 100 EU.
this means that even a single uranium cell should produce more than his system. the uranium cells inside his reactor make 2 pulse each every second (a reactor tick), so he is producing 800 EU/s (40 EU/t).
to the OP: can you describe how you connected the reactor to your system? (what kind of cables, how long they are, where you are storing the produced energy, etc.)
I apologize for my English.
I think you are wrong: this is a quote from the wiki
this means that even a single uranium cell should produce more than his system. the uranium cells inside his reactor make 2 pulse each every second (a reactor tick), so he is producing 800 EU/s (40 EU/t).
Hell, I've been planning reactors based on that huge mistake for weeks =/
Noob Ian is Noob... sorry.
3 EUt is the basic energy consumption of most machines.
IF you wire a reactor into a machine, it can only transfer 3 EUt, because the machine doesn't request anymore. If the machine is off, the rector will even give out 0 EUt while still burning uran.
