This is a modify of someone Else's design but:http://test.vendaria.net/index…CCUUCCCHCHCCHCCUUCCCHCCHC
the general rule of thumb is that at 30Heat/tick you just have a Mark II-1
anyways this is highest power Mark II i have come across
I guess you never found my design, Fourfire.
I created a 90Eu/T Mark II. Verified in game last night, it runs a full cycle without any problems, filled my MFSU in no time.
You use way too many heat dispensers, you're losing cooling. The key is to resource as many cooling cells as you can while using the heat dispensers to reach them all.
I took your first design and modified it (heavily)
If I spent more than 2 minutes on it I could come up with something better, but basically. This design should help you understand how to use dispensers better.
http://test.vendaria.net/index…HCUCHUCHCUCCHCUCHUCCHCCHC
It puts out 70 EU/T and only has to cooldown once every 18 cycles or so. Focus on using more Coolant cells and less dispensers, it'll help your designs.
1 Less cooling if it matters here.
http://test.vendaria.net/index…CCUCCCCCUHUCHHCCCCCCCHCHC
EU/t:60
Efficiency:1.5
Heating:64
Internal Cooling:33
External Cooling:33
Heat/Cool Surplus:-3
And a Mark II that ends at 693 heat (It can run at least 15 cycles at a higher EU/t) I haven't tested it thoroughly enough to know if it qualifies as endless.
http://test.vendaria.net/index…CCUHCUCCUCUCHHCCCCCCCHCHC
EU/t:65
Efficiency:1.44
Heating:68
Internal Cooling:32
External Cooling:33
Heat/Cool Surplus:3
Desu,
Here's a layout that can get either 39 or 38 (1 or 2 less than yours) but I'm having a little trouble reaching the other 4 cells. I've tried a couple different rotations on the uranium, but still only pull in 2 of the cells at most.
http://test.vendaria.net/index…HCUCUUCCUCHCCHCCUHCCCHCCC (4 wasted cells)
http://test.vendaria.net/index…HCUCCUCCUCHUCHCCUCHCCHCCC (2 wasted cells)
http://test.vendaria.net/index…CCUCCUCCUHCCHHCCUUCCCHCCH (1 wasted cell) (Use for SUC input maybe?)
Anyways, another point of heat off if we can master this. (I'm not looking for the most efficient layouts, just high output Mk-II's)
a 95 or 100 Mk-2 seems impossible with the amount of heat that gets generated.
Edit:
Here's a 90 Eu/T with 39 heat instead. slightly more efficient. Still a Mk-2, no SUC, no failures. Shorter CD time than the first 2 designs.
http://test.vendaria.net/index…CCUCCUHCUCHCCHCCUUCCCHCCH (Mk-II 1 90Eu/T E1.8 )
I ran the above reactor through a full cycle, the middle coolant cracks on the 10000th tick, but the reactor ends at 8500 heat. So less CD time and 1 replaced coolant.
http://test.vendaria.net/index…CCCCUCCHUHHUHCUCCUCCHCCHC
Lower efficiency, higher output layout.
It can run a full cycle without any component failure, but it ends a cycle and 9132 heat. (Which the tutorial states isn't a Mk-II)
Critique or improvements? ~80 minutes of cooldown time.
I have a 0 chamber built inside a water capsule right now that I haven't started running yet, but having playing with the test app some I came up with this one.
It can run 2 cycles before needing to cool down, but it pumps out 35EU/t at 1.4 efficiency. Looking for some critique on the design.
