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UIV power hatches: energy hatch (Assembly Line), transformers, 4A / 16A / 64A hatches and 256A to 4096A laser hatches

Chain id: uiv_hatches · Tags: Infinite source, Unverified

Era setup: UIV · End & Draconic

Plan modules: UIV hull, parts, hatches and components

Tips: 7, 1 unverified

Machines

Assembly Line · 40 s · 31 457 280 EU/t · research of the UEV hatch 256 CWU/tMultiblock
Oak 1UIV energy input hatch: 1 uiv machine hull · 4 polonium bismide single cable · 2 uepic chip · 1 UIV circuit · 2 uiv voltage coil · 24 000 mB sodium potassium · 11 520 mB indium tin lead cadmium soldering alloyuiv machine hullpolonium bismide single cableuepic chipUIV circuituiv voltage coil1
40 s
UIV Energy Input HatchUIV Energy Input Hatch (output: 4 springs instead of cables)1
gtceu:assembly_line
Assembler · 5 ticks · 30 EU/tLV
Oak 1UIV transformer 1A: 1 uiv machine hull · 1 lepton resonant thallium antimonide single cable · 4 polonium bismide single cable · 2 uepic chipuiv machine hulllepton resonant thallium antimonide single cablepolonium bismide single cableuepic chip1
up to 32 EU/t
UIV Transformer 1aUIV Transformer 1A (2A, 4A, 16A repeat the recipe with the previous transformer)1
gtceu:lv_assembler
Assembler · 5 s / 10 s / 20 s · 15 728 640 to 31 457 280 EU/tLV
UIV Energy Input HatchUIV Energy Input Hatch (output: 4 springs instead of cables)1UIV Transformer 1aUIV Transformer 1A (2A, 4A, 16A repeat the recipe with the previous transformer)1Oak 1UIV 4A hatch: 1 uiv transformer 1a · 1 uiv energy input hatch · 2 polonium bismide quadruple wire · 1 uiv voltage coil · 2 chaotixic alloy plate · 864 mB naquadated soldering alloyuiv transformer 1auiv energy input hatchpolonium bismide quadruple wireuiv voltage coilchaotixic alloy plate1
up to 32 EU/t
UIV Energy Input Hatch 4aUIV 4A, 16A and 64A energy hatches1
gtceu:lv_assembler
Assembler · 30 s / 45 s / 60 s · 31 457 280 EU/tLV
UIV Energy Input Hatch 4aUIV 4A, 16A and 64A energy hatches1Oak 1UIV 256A laser target hatch: 1 uiv substation input hatch 64a · 1 diamond lens · 1 uiv sensor · 1 uiv electric pump · 4 polonium bismide single cable · 3 456 mB naquadated soldering alloyuiv substation input hatch 64adiamond lensuiv sensoruiv electric pumppolonium bismide single cable1
up to 32 EU/t
UIV 256a Laser Target HatchUIV 256A, 1024A and 4096A laser hatches1
gtceu:lv_assembler

Flow

How to build

  1. Drawers first: UIV hull, UEPIC chips (Keep Exact 16), the UIV voltage coil, UIV circuits, polonium bismide single cables and springs. Drums: sodium potassium, soldering alloy. One dedicated machine per product, each behind its own router or Pipez item pipe with Item Filters and a Robot Arm Keep Exact. — functionalstorage:oak_1, gtceu:uiv_machine_hull, kubejs:uepic_chip
  2. Research once: scan the UEV energy input hatch (and the output hatch if you want dynamos), 256 CWU/t. Data item into the Assembly Line. — gtceu:research_station, gtceu:uev_energy_input_hatch
  3. Assembly Line: 40 s per hatch at 31 457 280 EU/t with the two fluids by Pipez fluid pipes. Output drawer Keep Exact 4. — gtceu:assembly_line, gtceu:uiv_energy_input_hatch
  4. Transformers on a plain assembler: hull (1A) or the previous transformer + cables + chips, 5 ticks. Build 1A, then 2A, 4A, 16A in order, each its own drawer. — gtceu:uiv_transformer_1a, gtceu:lv_assembler
  5. Multi-amp hatches: transformer + the smaller hatch + wire + coils + plates + solder; 4A, 16A, 64A in order. — gtceu:uiv_energy_input_hatch_4a, gtceu:uiv_substation_input_hatch_64a
  6. Lasers last: 64A hatch + diamond lens + sensor/emitter + pump + cables; target hatch for consumers, source hatch for generators. Keep the sensor, emitter and pump from uiv_components. — gtceu:uiv_256a_laser_target_hatch, gtceu:diamond_lens

Tips

  • Source: kjs additions/machines_and_parts/tiered_machines/singleblocks.js (postUVMachines), transformers.js, large_energy_hatches.js, modular_power_hatches.js, parallel_hatches.js, hatches_and_busses.js. The pack removes all gtceu:uiv recipes (singleblocks.js top) and re-adds only a short list (hull, energy hatches, transformers, laser hatches, parallel hatch, rotor holder, fusion reactor), so anything else must come from a multiblock or the recipe browser. There are NO UIV input/output hatches or buses (io_hatches.js stops at UHV: the comment says UEV and above scale like UHV): use UHV item and fluid hatches, UHV dual hatches and the UHV 4x / 9x hatches on UIV multiblocks.
  • Energy hatch (assembly line, 800 ticks = 40 s): UIV hull + 4 polonium bismide single cables (the output hatch uses 4 springs) + 2 UEPIC chips + 1 UIV circuit + 2 UIV voltage coils + 24 000 mB sodium potassium + 11 520 mB indium tin lead cadmium soldering alloy, 31 457 280 EU/t, station research of the UEV energy hatch (7 864 320 EU/t, 256 CWU/t). Output hatch is the same with the spring and the output version of the research.
  • Transformer (assembler, 5 ticks, 30 EU/t, or crafting table with chips): UIV hull (1A) or the previous transformer + 1 lepton resonant thallium antimonide cable + 4 polonium bismide cables + 2 UEPIC chips; thickness single, double, quadruple, hex for 1A, 2A, 4A, 16A.
  • Multi-amp: 4A = transformer 1A + energy hatch + 2 polonium bismide quadruple wire + 1 voltage coil + 2 chaotixic alloy plates + 864 mB solder (100 ticks, 15 728 640 EU/t); 16A = transformer 4A + 4A hatch + 2 quadruple wire + 2 coils + 4 plates + 1728 mB (200 ticks, x3); 64A substation hatch = transformer 16A + 16A hatch + 2 hex wire + 3 coils + 6 plates + 2592 mB (400 ticks, x4). Lasers: 256A = 64A hatch + diamond lens + sensor/emitter + pump + 4 single cables + 3456 mB (600 ticks); 1024A doubles lens/parts, 4320 mB (900 ticks); 4096A quadruples them, 5184 mB (1200 ticks). Target hatch uses the sensor, source (output) hatch the emitter. All x4 EU of the scaling voltage 7 864 320.
  • Parallel hatches (parallel_hatches.js): shaped, sensor + emitter + 4 circuits of the NEXT tier (UXV, the abyssal processor mainframe) + UIV hull + 2 polonium bismide double cables, then the absolute parallel hatch = it + 4 sensors + 4 emitters + 2 next-tier circuits + 4 UIPIC chips + 576 mB calamatium, assembler 16 s at 7 864 320 EU/t. So the UIV parallel hatch is a UIV-era item that needs the abyssal mainframe. Modular conduit node/terminal hatches (modular_power_hatches.js) are hatch + sensor/emitter + 2 cables, circuit 2, 5 ticks.
  • Sub-steps people skip: (1) the energy hatch needs the voltage coil of THIS tier (part of uiv_parts); (2) the research item is the UEV energy hatch, scanned in the Research Station; (3) sodium potassium in bulk: 24 000 mB per hatch; (4) at UIV voltage a 4A hatch is cheaper than 4 plain ones.
  • Unverified the recipes of the tier cables and wires themselves (polonium bismide is a superconductor-style material), the sodium potassium supply, and the sterile cleaning maintenance hatch (a UEV Assembly Line item: hull + 2 robot arms + emitter + 3 UEV circuits, listed in hatches_and_busses.js).

Bill of materials

Item Qty
gtceu:assembly_line 1
gtceu:research_station 1
gtceu:lv_assembler 2
functionalstorage:oak_1 14
modularrouters:modular_router 10
gtceu:lv_robot_arm 10
gtceu:item_filter 10
pipez:item_pipe 16
pipez:fluid_pipe 5
gtceu:steel_drum 4

Needs / Feeds

  • Main source for: gtceu:uiv_energy_input_hatch, gtceu:uiv_energy_output_hatch, gtceu:uiv_transformer_1a, gtceu:uiv_transformer_2a, gtceu:uiv_transformer_4a, gtceu:uiv_transformer_16a, gtceu:uiv_energy_input_hatch_4a, gtceu:uiv_energy_input_hatch_16a, gtceu:uiv_substation_input_hatch_64a, gtceu:uiv_256a_laser_target_hatch, gtceu:uiv_1024a_laser_target_hatch, gtceu:uiv_4096a_laser_target_hatch, gtceu:uiv_256a_laser_source_hatch, gtceu:uiv_energy_output_hatch_4a