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UHV power: UHV rotor holder + Supreme Plasma Turbine (Assembly Line) burning nickel / iron plasma (UV reactor) or americium plasma (tier-4 reflectors, UHV reactor) into a UHV dynamo hatch

Chain id: uhv_power · Tags: Infinite source, Unverified

Plan modules: Akreyrium refining, UHV controllers

Tips: 7, 1 unverified

Machines

Assembly Line · 20 s · 1 966 080 EU/t · research UV rotor holder 128 CWU/tMultiblock
Oak 1UHV hull · 4 zalloy gear · 2 UHV motor · 6 small neutronium gear · 8 zircalloy-4 round · neutronium ring · 2 transmission assembly · UHV circuit · 12 fine zirconium wire · 288 mB PEEK · 5 B lubricantUHV Machine HullZalloy gearSmall neutronium gearTransmission assembly1
20 s
UHV Rotor Holder1
gtceu:assembly_line
Assembly Line · 30 s · 983 040 EU/t · research Plasma Large Turbine 128 CWU/tMultiblock
Oak 1UHV hull · 6 dense enriched naquadah plate · 4 neutronium gear · 6 small naquadah alloy gear · 8 huge enriched naquadah pipe · 6 UHV circuit · 64 fine RTAN wire · 64 UHPIC · 4320 mB PEEK + 5 B naquadria + 2500 mB lubricantDense enriched naquadah plateNeutronium gearHuge enriched naquadah pipe1
30 s
Supreme Plasma Turbine1
gtceu:assembly_line

Flow

Direct steps

  • UHV Rotor Holder → Supreme Plasma Turbine (1)
  • Plasma: nickel (UV reactor) · 180 ticks per mB at 2048 EU/t base · americium 984 ticks (needs tier-4 reflectors) → Supreme Plasma Turbine (plasma)
  • Supreme Plasma Turbine → UHV Dynamo Hatch → UHV power line (EU)

How to build

  1. Drawers first, one per input: hulls, gears (zalloy, neutronium, small naquadah), rounds, ring, transmission assemblies, plates, huge pipes, UHV circuits, RTAN fine wire, UHPIC chips. Drums: PEEK, lubricant, naquadria, plasma. — functionalstorage:oak_1, gtceu:zalloy_gear, gtceu:small_neutronium_gear, gtceu:fine_ruthenium_trinium_americium_neutronate_wire
  2. Research the UV rotor holder (128 CWU/t) and the Plasma Large Turbine (128 CWU/t at 983 040 EU/t) once each. — gtceu:research_station, gtceu:uv_rotor_holder, gtceu:data_module
  3. Rotor holder: Assembly Line, 20 s at 1 966 080 EU/t (UV 4A hatch). — gtceu:assembly_line, gtceu:uhv_rotor_holder
  4. Turbine controller: Assembly Line, 30 s at 983 040 EU/t. — gtceu:assembly_line, gtceu:supreme_plasma_turbine
  5. Run: plasma into the input hatch, spent fluid out, dynamo hatch to the Power Substation. — gtceu:supreme_plasma_turbine, gtceu:uhv_energy_output_hatch, gtceu:nickel_plasma_bucket
  6. Easy to miss: nickel plasma comes from the UV reactor (uv_power): size fluorine and potassium first. — start_core:uv_fusion_reactor, functionalstorage:oak_1

Tips

  • Source: kjs systems/fusion/plasma_turbines.js (verified). UHV rotor holder (Assembly Line, 400 ticks at VA[UHV], research of the UV rotor holder at 128 CWU/t and VA[UV]): UHV hull + 4 zalloy gears + 2 UHV motors + 6 small neutronium gears + 8 zircalloy-4 rounds + 1 neutronium ring + 2 UHV transmission assemblies + 1 UHV-tag circuit + 12 fine zirconium wire; 288 mB PEEK + 5000 mB lubricant. Supreme Plasma Turbine (Assembly Line, 600 ticks at VHA[UHV] = 983 040 EU/t, research of the Plasma Large Turbine at 128 CWU/t and VHA[UHV]): UHV hull + 6 dense enriched naquadah plates + 4 neutronium gears + 6 small naquadah alloy gears + 8 enriched naquadah huge fluid pipes + 6 UHV circuits + 64 fine RTAN wire + 64 UHPIC chips; 4320 mB PEEK + 5000 mB naquadria + 2500 mB lubricant.
  • Fuel table (plasma_generator recipes rewritten by the pack, EU/t base 2048, same for the Large Plasma Turbine): nickel 180 ticks per 1 mB, iron 135, tin 84, americium 984, magmatic plasma (EU/t 8192) 748 ticks per 1 mB → infernal concentrate (UEV), oxygen 98 / nitrogen 110 / argon 116 / helium 27 ticks per 5 mB. Americium plasma = 144 mB plutonium 238 + 3.5 B hydrogen, tier-4 reflectors, 98 304 EU/t, 15.6 s, start 760 MEU; it needs a reactor with a 760 MEU buffer (the UHV Fusion Reactor [AUX I] needs 4 UEV circuits and 96 UEPIC chips; the first UEV circuit needs no UEV machine, so AUX I is a late-UHV build, see uhv_multis and uhv_runic) → for the UHV era the fuel is nickel / iron plasma from the UV reactor (uv_power). Per 144 mB americium plasma: 984 x 2048 x 144 = 290 MEU of base energy.
  • What the UHV turbine adds: the Supreme controller replaces the Large Plasma Turbine structure with the UHV tier (hull, naquadah/neutronium parts) and requires the UHV rotor holder; the fuel recipes stay the same, the turbine multiplier is Unverified (read the controller tooltip). The UHV dynamo hatch (uhv_hatches: 4 europium springs instead of cables, research of the UV dynamo hatch) carries it out.
  • Dream-Link wireless power (wireless_power.js, verified): the Dream-Link Node is a UHV-tier item: Assembly Line EUtVHA(UHV) = 983 040 EU/t, 600 ticks, UV hull + 8 UHV circuits + 12 UV field generators + 8 UV emitters + 192 UHPIC chips, research active transformer 128 CWU/t. Later nodes: Oneiric Relay (UHV hull, 8 UEV circuits, 160 UEPIC, VHA[UEV]) and Daydream Spire (UEV hull, 8 UIV circuits, VHA[UIV]). Dream-Link energy hatches exist for UV, UHV, UEV and UIV at 2 / 4 / 16 / 64 / 256 A. Reach between dimensions is not documented in the scripts.
  • The Nyinsane Plasma Turbine (UIV) and the UEV / UIV rotor holders belong to later pages.
  • Sub-steps people skip: (1) 5 B naquadria for one controller: the naquadria line (zpm_naq_products) again; (2) RTAN fine wire 64 = 8 ingots; (3) the UHV rotor holder has two transmission assemblies (uhv_parts); (4) keep the old Large Plasma Turbine running until the Supreme one exists.
  • Unverified Supreme turbine output multiplier and structure counts.

Bill of materials

Item Qty
gtceu:supreme_plasma_turbine 1
gtceu:uhv_rotor_holder 1
gtceu:uhv_energy_output_hatch 1
gtceu:assembly_line 2
gtceu:research_station 1
gtceu:power_substation 2
functionalstorage:oak_1 18
modularrouters:modular_router 10
gtceu:lv_robot_arm 10
gtceu:item_filter 14
pipez:item_pipe 16
pipez:fluid_pipe 5
gtceu:steel_drum 5

Needs / Feeds

  • Main source for: gtceu:supreme_plasma_turbine, gtceu:uhv_rotor_holder