Wow, info on this modpack is scarce to find (Gregtech 5u mid tier+ specifically) so I'm coming back to the source where hopefully someone will know the statistics I'm looking for.
I just made a multismelter with lv energy input and cupronickel heating coils. Each cycle can process 8 items, I know, but it certainly takes longer than one cycle of a basic electric furnace, but I also don't know stats on my electric furnace. So help me, what are the statistics on my multi smelter, and what are the stats on my electric furnace: cycle time, true voltage used. How does this change with heating coil upgrades? (ie: do better heating coils "require" more volts, do they slow down a cycle?) In essence, how does my new multi smelter stack up against my old electric furnace, and hopefully show me the exact statistics to properly compare the two.
Additionally, I also just made a universal macerator. How does it's power consumption work? For example, most pulverization recipes require 2 eu/t as far as I'm concerned, but it's a hv machine, does that mean it consumes 32 eu/t because it's essentially overclocking the "basic" pulverization recipes? (That would explain why cycles are significantly faster than the displayed 20 sec) Would that mean that I can run it on a lv power source? If so, what's the difference between running it on hv power and lv power (other than wire losses)? Many thanks!
Edit: I've also been considering building an oil rig, but. I didn't have quite enough understanding to feel good about it. So I would greatly appreciate if someone with more experience could explain it's functionality for me. for now I'm focusing on lv, but from what I know, you can half your cycle time for quadruple the energy cost. In lv tier, a cycle takes 8 seconds, and you get your raw output equal to the rate randomly assigned to you source, then decrease said source value by 0.001. What is the exact energy required to operate at the lv tier? Is it the entire 32 eu/t and does it require the energy input for the entirety of the cycle? And here's my million dollar question, is the output given at the end of the cycle as a single quantity of fluid? (ie: if the source rate is 80, after 8 seconds of the proper power input, do you get 80 mB of fluid? Or is it some quantity of oil being created throughout the duration of the cycle and if so, is the end sum of that cycle equal to 80 mB? I ask because 8 seconds of 32 eu/t for 80 mB seems incredibly lackluster.
Thanks for reading my wall of questions! If you only know the answers to one or two of my questions, feel free to only answer what you know and hopefully someone else will answer my other questions.
Edit #2: I did not know that the portable scanner existed, I will now attempt to educate myself. Responses are still appreciated.