Fishtea

Yeah indeed it drives me nuts. The wiki isn't updated correctly and no instructional video for this like what minecraft did on they're games.

I wonder as well but the layout I made for Large Ylandium Generator is Gen on the center and the first splitter is 5 blocks away from the nodes and 2 blocks interval to the next splitter.

I made an experiment on each kind of Energy Generator and I notice that the large ylandium generator can light 5 wall lamps along with 5 splitters on each node. Can anyone explain to me how did I consume the 200 Energy on this setup? 5 lamps cost 1 energy each 5 splitters cost 1 energy each 1 Large Ylandium Generator produce 200 Energy and equal division on how many nodes did you used. So if I use 4 output nodes means I will get 50 each. My setup is: Each output node, I stream 5 splitters parallel and connect the wall lamp on everyone of them. 5+5 = 10 energy consumed I have a theory that this energy system isn't accurate at all. So I tested that by creating a simple stream of 1 wind turbine, 1 charging station 1 small switch, 1 splitter and 1 wall lamp. Wind Turbines produce 20 energy Charging Station cost 10 energy Splitter cost 1 energy Wall Lamp cost 1 Energy Test 1. Connect the charging station directly = Charging Station TRUE Test 2. Connect 1 small switch between(cost 1 energy more) = CS TRUE Test 3.a Connect 1 splitter between (used 1 output from splitter) = CS TRUE Test 3.b Connect 1 splitter between (used 2 output from splitter) = CS FALSE In Test 3.b I used 2 output from splitter 1 is connected to the Charging Station and the other ouput node is connected to the wall lamp but the charging station loss it's power. So I tried replacing the lamp with just 1 node and the result is the same. No enough power for the charging station. So I conclude that Energy Count isn't accurate since you can only get maximum of 11 energy per output nodes. Sorry for the bad english Please let me know if this test is wrong.