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UIV power: plasma → Nyinsane Plasma Turbine with a UIV rotor holder (tungsten disulfide + BEC oganesson boost) → laser hatch

Chain id: uiv_power · Tags: Infinite source, Unverified

Tips: 6, 1 unverified

Machines

Assembly Line · 20 s · 31 457 280 EU/t · research of the UEV holder 192 CWU/tMultiblock
Oak 1UIV rotor holder: 1 uiv machine hull · 4 ohmderblux alloy gear · 2 uiv electric motor · 6 small chaotixic alloy gear · 8 abyssal alloy round · 1 chaotixic alloy ring · 2 uiv transmission assembly · 1 uiv precision drive mechanism · 1 UIV circuit · 1 uiv field generator · 16 fine xeproda wire · 432 mB poly 34 ethylenedioxythiophene polystyrene sulfonate · 10 000 mB tungsten disulfideuiv machine hullohmderblux alloy gearuiv electric motorsmall chaotixic alloy gearabyssal alloy roundchaotixic alloy ring1
20 s
UIV Rotor Holder1
gtceu:assembly_line
Assembly Line · 30 s · 15 728 640 EU/t · research Supreme Plasma Turbine 192 CWU/tMultiblock
Oak 1Nyinsane Plasma Turbine: 1 uiv machine hull · 6 dense nyanium plate · 4 chaotixic alloy gear · 6 small nyanium gear · 8 nyanium huge fluid pipe · 6 UIV circuit · 64 fine rhenium super composite alloy wire · 160 uepic chip · 4 320 mB poly 34 ethylenedioxythiophene polystyrene sulfonate · 5 000 mB calamatium · 2 500 mB tungsten disulfideuiv machine hulldense nyanium platechaotixic alloy gearsmall nyanium gearnyanium huge fluid pipeUIV circuit1
30 s
Nyinsane Plasma TurbineNyinsane Plasma Turbine · 12 parallels1
gtceu:assembly_line

Flow

Direct steps

  • UIV Rotor Holder → Nyinsane Plasma Turbine · 12 parallels (1)
  • Plasma (magmatic, nickel, americium ...) from the tier 5 and tier 6 reactors → Nyinsane Plasma Turbine · 12 parallels (plasma)
  • Per hour: 2500 B tungsten disulfide (+50 %) and 800 B BEC oganesson (+150 %) → Nyinsane Plasma Turbine · 12 parallels (boost)
  • Nyinsane Plasma Turbine · 12 parallels → UIV 256A laser source hatch (uiv_hatches) (EU)

How to build

  1. Holder parts first: hull, ohmderblux gears, UIV motors, small chaotixic gears, abyssal rounds, ring, transmissions, precision drive, circuit, field generator, xeproda wire. Drums: PEDOT:PSS, tungsten disulfide. — functionalstorage:oak_1, gtceu:uiv_machine_hull, kubejs:uiv_transmission_assembly
  2. Research the UEV rotor holder, then 20 s per UIV holder at 31 457 280 EU/t. Output Keep Exact 2. — gtceu:assembly_line, gtceu:uiv_rotor_holder
  3. Controller: 160 UEPIC chips and 6 UIV circuits in drawers; 30 s at 15 728 640 EU/t. Research the Supreme Plasma Turbine first. — gtceu:assembly_line, gtceu:nyinsane_plasma_turbine
  4. Put the UIV holder in the turbine's rotor holder slot with a rotor; plasma in, plain gas out, both on Pipez fluid pipes. — gtceu:nyinsane_plasma_turbine, gtceu:uiv_rotor_holder
  5. Boost drums: tungsten disulfide 2500 B and BEC oganesson 800 B per hour, each Keep Exact so the turbine never runs without lubricant. — gtceu:bec_og_bucket, gtceu:tungsten_disulfide_bucket
  6. Output through the UIV 256A laser source hatch into the line. — gtceu:uiv_256a_laser_source_hatch

Tips

  • Verified from the pack lang file (assets/gtceu/lang/en_us.json) and kjs systems/fusion/plasma_turbines.js + startup more_plasma_turbine.js: the Nyinsane Plasma Turbine is the UIV boosted turbine (BoostedPlasmaTurbine tier UIV); up to 12x the parallels of a standard Large Plasma Turbine; lubricant boosting: 2500 B tungsten disulfide per hour for +50 % EU/t, skipping it costs -20 %; coolant boosting: 800 B oganesson stabilized Bose-Einstein condensate (BEC oganesson, uev_chiller) per hour for +150 %, only while lubricant boosting is active; uses laser hatches. The base production line of the tooltip is not in the lang file for this machine (the Supreme says 16 384 EU/t; each rotor holder above IV doubles EU/t and adds 10 % efficiency): Unverified for the Nyinsane.
  • UIV rotor holder: Assembly Line 400 ticks, VA[UIV] = 31 457 280 EU/t, station research of the UEV rotor holder (VA[UEV], 192 CWU/t): UIV hull + 4 ohmderblux gears + 2 UIV motors + 6 small chaotixic gears + 8 abyssal alloy rounds + 1 chaotixic ring + 2 UIV transmission assemblies + 1 UIV precision drive + 1 UIV circuit + 1 UIV field generator + 16 fine xeproda wire, 432 mB PEDOT:PSS + 10 000 mB tungsten disulfide. Nyinsane Plasma Turbine: 600 ticks, VHA[UIV], research Supreme Plasma Turbine (192 CWU/t): UIV hull + 6 dense nyanium plates + 4 chaotixic gears + 6 small nyanium gears + 8 nyanium huge fluid pipes + 6 UIV circuits + 64 fine rhenium super composite alloy wire + 160 UEPIC chips, 4320 mB PEDOT:PSS + 5000 mB calamatium + 2500 mB tungsten disulfide.
  • Draco abyssal rotor (plasma_turbines.js): turbine blade = assembler, 5 double draco abyssal plates + 8 draco abyssal foil + 2 draco abyssal screws + 720 mB void, 50 ticks, VHA[UEV]; rotor = Assembly Line, void frame + UIV transmission assembly + 8 blades + 16 fine rhenium super composite alloy wire, 15 000 mB tungsten disulfide + 1080 mB PEDOT:PSS, 600 ticks, VA[UEV], research Draco Abyssal Rotor (192 CWU/t). The same rotor goes 12 times into the Atomic Materialization Plant controller. Draco abyssal alloy is a Hell Forge recipe at VHA[UXV] (hellforge.js: 9 ingots, preon plasma, abyssal catalyst), so the best rotor is a UXV-priced item: Unverified whether another rotor material works in the holder.
  • Fuel: the plasma_generator recipes listed in uev_power (nickel, iron, oxygen, nitrogen, argon, helium, americium, tin at -2048 EU/t base, magmatic at -8192 EU/t base returning infernal concentrate). Tier 6 plasma (paradox, voidic, preon) has no turbine recipe in the file: they are alloy inputs, not turbine fuel.
  • Sub-steps people skip: (1) BEC oganesson is consumed here AND by the alloy chiller: size the oganesson loop (uev_chiller) for both; (2) a turbine without lubricant loses 20 %: keep tungsten disulfide piped in; (3) 160 UEPIC chips per turbine = 80 wafers (uev_chips); (4) the output is a laser source hatch: both ends need laser cables.
  • Unverified Nyinsane base output, the effect of the rotor holder tier here, and plasma input rate.

Bill of materials

Item Qty
gtceu:nyinsane_plasma_turbine 1
gtceu:uiv_rotor_holder 1
gtceu:uiv_256a_laser_source_hatch 1
gtceu:assembly_line 1
functionalstorage:oak_1 12
modularrouters:modular_router 8
gtceu:lv_robot_arm 8
gtceu:item_filter 8
pipez:item_pipe 16
pipez:fluid_pipe 8
gtceu:steel_drum 8

Needs / Feeds

  • Main source for: gtceu:uiv_rotor_holder, gtceu:nyinsane_plasma_turbine