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UEV fusion parts: borealic reflector panel and casing (tier 5), advanced fusion coil, fusion casing MK4 → UEV Fusion Reactor

Chain id: uev_fusion · Tags: Infinite source, Unverified

Era setup: UEV · Nether

Plan modules: UEV fusion and plasma power

Tips: 6, 1 unverified

Machines

Assembler · sterile cleanroom · 50 s · 245 760 EU/tUV
Oak 1Borealic neutron reflector panel: 1 ancient netherite plate · 2 double void plate · 1 reinforced neutron reflector · 2 304 mB indium tin lead cadmium soldering alloyancient netherite platedouble void platereinforced neutron reflector1
up to 524 288 EU/t50 s
Borealic Neutron ReflectorBorealic neutron reflector panel1
gtceu:uv_assembler
Assembler · sterile cleanroom · 20 s · 1 966 080 EU/tUV
Oak 12 borealic reflector casing: 2 reinforced reflector casing · 1 uhv field generator · 6 borealic neutron reflector · 4 cerium tritelluride single cable · 48 trinium foil · 288 mB poly 34 ethylenedioxythiophene polystyrene sulfonatereinforced reflector casinguhv field generatorborealic neutron reflectorcerium tritelluride single cabletrinium foil1
up to 524 288 EU/t20 s
Borealic Reflector Casing2 Borealic reflector casing (tier 5)2
gtceu:uv_assembler
Assembler · sterile cleanroom · 7.5 s · 7 864 320 EU/tUEV
Oak 1Advanced fusion coil: 1 fusion coil · 2 uv field generator · 1 uv electric pump · 4 reinforced neutron reflector · 4 UHV circuit · 1 mythrolic alloy normal fluid pipe · 4 magmada alloy plate · 576 mB cerium tritelluridefusion coiluv field generatoruv electric pumpreinforced neutron reflectorUHV circuitmythrolic alloy normal fluid pipe1
up to 8 388 608 EU/t7.5 s
Advanced Fusion Coil1
gtceu:uev_assembler
Assembler · cleanroom · 8 s · 30 720 EU/tLuV
Oak 12 fusion casing MK4: 1 uev machine hull · 1 advanced fusion coil · 2 uev voltage coil · 1 uhv field generator · 6 borealic neutron reflector · 288 mB poly 34 ethylenedioxythiophene polystyrene sulfonateuev machine hulladvanced fusion coiluev voltage coiluhv field generatorborealic neutron reflector1
up to 32 768 EU/t8 s
Fusion Casing Mk42 Fusion Casing MK42
gtceu:luv_assembler

Flow

Direct steps

  • Borealic neutron reflector panel → 2 borealic reflector casing: 2 reinforced reflector casing · 1 uhv field generator · 6 borealic neutron reflector · 4 cerium tritelluride single cable · 48 trinium foil · 288 mB poly 34 ethylenedioxythiophene polystyrene sulfonate (6 panels)
  • Borealic neutron reflector panel → 2 fusion casing MK4: 1 uev machine hull · 1 advanced fusion coil · 2 uev voltage coil · 1 uhv field generator · 6 borealic neutron reflector · 288 mB poly 34 ethylenedioxythiophene polystyrene sulfonate (6 panels)
  • Advanced Fusion Coil → 2 fusion casing MK4: 1 uev machine hull · 1 advanced fusion coil · 2 uev voltage coil · 1 uhv field generator · 6 borealic neutron reflector · 288 mB poly 34 ethylenedioxythiophene polystyrene sulfonate (1)
  • 2 Fusion Casing MK4 → UEV Fusion Reactor (needs 4 UIV circuits: see uiv_circuits) (casings)
  • 2 Borealic reflector casing (tier 5) → UEV Fusion Reactor (needs 4 UIV circuits: see uiv_circuits) (reflector)

How to build

  1. Drawers first: ancient netherite plates, double void plates, tier 4 panels, UHV field generators, cerium tritelluride cables, trinium foil. Drum: soldering alloy 2304 mB per panel batch, PEDOT:PSS, cerium tritelluride. One dedicated assembler per product in the sterile cleanroom. — functionalstorage:oak_1, gtceu:ancient_netherite_plate, gtceu:double_void_plate, kubejs:reinforced_neutron_reflector
  2. Panels first (50 s each at 245 760 EU/t): 6 per casing craft, 6 per fusion casing MK4 and 4 more reinforced panels per coil. Output drawer Keep Exact 32. — gtceu:uv_assembler, kubejs:borealic_neutron_reflector
  3. Reflector casings: 20 s each craft (2 casings). Keep Exact 16. — gtceu:uv_assembler, kubejs:borealic_reflector_casing
  4. Advanced fusion coil: needs the mythrolic pipe and magmada plates from uev_alloys. 7.5 s. — gtceu:uev_assembler, start_core:advanced_fusion_coil
  5. Fusion casing MK4: 8 s per 2 casings; needs the UEV hull and 2 UEV voltage coils per craft. — gtceu:luv_assembler, start_core:fusion_casing_mk4
  6. Hold the casings and coil for the reactor controller (uiv_multis) and keep the 4 UIV circuits free. — functionalstorage:oak_1, start_core:uev_fusion_reactor

Tips

  • Source: kjs systems/fusion/start_fusion_machines.js (reflectorPanel, reflectorBlock, fusionCoil, fusionCasing, reactor recipes) and fusion_scaling.js. Borealic panel (tier 5): 1 ancient netherite plate + 2 double void plates + 1 reinforced (tier 4) panel + 2304 mB indium tin lead cadmium soldering alloy, assembler 1000 ticks, VHA[UV] = 245 760 EU/t, sterile cleanroom. Borealic reflector casing: 2 reinforced reflector casings + 1 UHV field generator + 6 borealic panels + 4 cerium tritelluride single cables + 48 trinium foil + 288 mB PEDOT:PSS → 2 casings, 400 ticks, 1 966 080 EU/t, sterile cleanroom.
  • Advanced fusion coil: fusion coil + 2 UV field generators + 1 UV pump + 4 reinforced panels + 4 UHV circuits + 1 mythrolic alloy normal fluid pipe + 4 magmada alloy plates + 576 mB cerium tritelluride, 150 ticks, VA[UEV], sterile cleanroom. Fusion casing MK4 (2 per craft): UEV hull + advanced fusion coil + 2 UEV voltage coils + 1 UHV field generator + 6 borealic panels + 288 mB PEDOT:PSS, 160 ticks, VA[LuV] = 30 720 EU/t, plain cleanroom.
  • UEV Fusion Reactor (Assembly Line, 1800 ticks, VA[UEV]): advanced fusion coil + 4 UIV circuits + 1 decaying star + 1 double magmada plate + 2 UHV field generators + 160 UEPIC chips + 32 enriched pallarovium alloy single wire, 1152 mB naquadated soldering alloy + 1152 mB cerium tritelluride, station research of the UHV reactor (VHA[UEV], 160 CWU/t). So the reactor itself is a UIV-era item (the circuits); this chain only prepares the parts.
  • What tier 5 unlocks (fusion_scaling.js, reflector tier 5): aurourium (396 mB nether star concentrate + 108 mB seaborgium → 144 mB, 884 736 EU/t, 19.2 s, start 888 MEU), magmatic plasma (500 mB infernal concentrate + 288 mB iron plasma → 144 mB, 66 666 EU/t, 12.8 s, start 720 MEU; needed for magmada alloy), oganesson plasma (see uev_chiller) and borealic concentrate (135 mB stellarium + 9 mB aurourium, 1 023 948 EU/t, 3.6 s, start 1200 MEU). A recipe needs a reflector tier at least its own; a higher tier raises the reactor overclock cap by the difference in tiers (each overclock step doubles EU/t and halves the time), and all reflectors of a reactor must be the same tier (verified in start_core).
  • Sub-steps people skip: (1) check the reactor card for how many reflector casings it takes before you craft a stack; (2) trinium foil (48 per craft) is a lot of foil; (3) the sterile cleanroom is needed for the panel, casing and coil; (4) the UHV and UV field generators come from the UHV and UV pages.
  • Unverified which fusion reactor (UHV, UEV) accepts tier 5 reflector casings and holds 720 to 1200 MEU of start energy; the reflector slot count.

Bill of materials

Item Qty
gtceu:uv_assembler 1
gtceu:uev_assembler 1
gtceu:luv_assembler 1
functionalstorage:oak_1 14
modularrouters:modular_router 10
gtceu:lv_robot_arm 10
gtceu:item_filter 10
pipez:item_pipe 16
pipez:fluid_pipe 4
gtceu:steel_drum 3

Needs / Feeds

  • Main source for: kubejs:borealic_neutron_reflector, kubejs:borealic_reflector_casing, start_core:advanced_fusion_coil, start_core:fusion_casing_mk4, start_core:uev_fusion_reactor