Extending post with new things:
Another ask - how many ways are to convert RF into IC2E/GT5U power? I have few things that finally producing a lot of RF power - Mostly RF dynamos from RotaryCraft powered by jet engines and few turbines from BigReactors; moreover wish to check Mekanism 8 later, but still cannot figure out other way than powercrystal's powerconverters, but they are become a bit unefficient over 8kV and barelly works at ZPM. UV is unavailable directly and i wish to have something as low laggy at it can. Any ideas?
--EDIT--
And one more thing - diggin for microwave transimtter usage but found another interesting thing (its at page 133 or so about large gas turbine and biogas). The ask itself is: if i put a fluid regulator at hatch and connect it to fully pressurized thermal dynamic super-laminar fluiduct (wich has infinite throughput dependend at how much pumps enter) flow of fluid/gas will be still regulated or not?
--EDIT2--
Is any way to greatly speed up electric blast furnace, more than adding overclockers and exchanging coils? Its taking ages to smelt all that tungsten with HSS coils, and other stuff too. Any tweaker or something? Really, i wish to finally build that fusion reactor, but with that bottleneck all assembling will took place in next half of he year.
--EDIT3--
A. Is a way to speed up or incrase output of fusion? Im converting neodymium to europium - 16 mB of neodymium + 48 mB hydrogen -> 16 mB europium after ~4 sec at Mark I; using only two input hatches. Why it cannot be that if you use 8 hatches for one input and 8 for second output products shall be incrased?
B. In future relases there will be UV microwave transmitters? As for 5.09.31 it ends at ZPM. Or its intended to stack ZPM transmitters at ZPM/UV transfomers? And if yes, MAX voltage even has any sense then - converting from UV to/from MAX will need a lot of other stacking?