LuV — 32k EU/t · Futuristic Mechanisms¶
Era id: luv · Tier: luv
Goal: Assembly line, naquadah, power substation. Research and fusion MK I are ZPM-gated (4-8 ZPM circuits): see the ZPM era.
Exit items: gtceu:zpm_machine_hull
Steps¶
- Assembly Line — The LuV circuit (Nanoprocessor Mainframe) first, then every LuV component is an Assembly Line recipe: scan the IV part, Data Access Hatch, one ULV bus per ingredient, 30 s at 7680 EU/t. The LuV hatch needs an IV 4A hatch. (
gtceu:assembly_line,gtceu:data_stick,gtceu:iv_scanner) - Research — Data Bank (IV power) first; the HPCA and the Research Station are 100 000 EU/t recipes with ZPM circuits and URD wire: unlocked at ZPM, not in LuV. 48 CWU/t without a bridge. Built in the ZPM era (the recipes need ZPM circuits): see the ZPM page. (
gtceu:research_station,gtceu:high_performance_computation_array,gtceu:data_bank) - Naquadah — Controller: LuV hull + 2 LuV circuits + 4 double pure netherite plates + 2 ruridit gears. 1 nether star shard + 8 B PCB coolant → 20 raw naquadah per 60 s; the coolant loop is closed. Loop nether stars first. (
gtceu:dimensional_destabiliser,minecraft:nether_star,gtceu:naquadah_dust) - Fusion MK I — Unlocked at ZPM (4 ZPM circuits; built at LuV power). Needs a superconducting coil (enriched naquadah + trinium), 4 ZPM circuits, 64 UHPIC chips and basic reflector casings; makes europium (144 mB per 28.8 s). Keep it on passive. Its recipe needs 4 ZPM circuits: it is built in the ZPM era. (
start_core:luv_fusion_reactor,gtceu:europium_bucket) - Substation — Endgame energy storage; upgrade capacitors over time. (
gtceu:power_substation,gtceu:lapotronic_energy_orb_cluster)
Machines to build¶
| Machine | Count |
|---|---|
gtceu:luv_machine_hull |
1+ |
gtceu:iv_circuit_assembler |
1 |
gtceu:large_circuit_assembler |
1 |
gtceu:iv_energy_input_hatch_4a |
2 |
gtceu:assembly_line |
1 |
gtceu:dimensional_destabiliser |
1 |
Setups¶
- Advanced Circuit Board: epoxy plate + gold foil → advanced board → electrum foil + iron III chloride → 6 per Nanoprocessor Mainframe
- LuV chips: Nano CPU chip (CPU wafer + carbon fibers + molten glowstone) and NOR memory chip (phosphorus wafer)
- LuV circuit: Nanoprocessor Mainframe (nanoprocessor → assembly → supercomputer → mainframe, four EV Circuit Assemblers in the cleanroom)
- What LuV circuits unlock first: IV Circuit Assembler (2 LuV circuits), IV Parallel Hatch (4), Large Circuit Assembling Facility
- LuV alloys: rhodium plated palladium (hull), ruridit (gears, rotor) and niobium titanium (cables, pipes), all IV Mixer → EBF 4500 K (RTM coils) → Vacuum Freezer
- HSS-S: HSS-G + iridium + osmium → EBF 5000 K (HSS-G coils) → Vacuum Freezer with liquid helium → the LuV component metal
- Polybenzimidazole (PBI): chlorobenzene → dichlorobenzidine → diaminobenzidine + diphenyl isophthalate → PBI (the hull, bus and ASMD plastic)
- LuV Machine Hull: rhodium plated palladium casing + 2 niobium titanium cables (PPS foil + PVC foil + silicone rubber) + PBI
- LuV Energy Input Hatch: IV 4A hatch gives the 30 720 EU/t, osmiridium → LuV voltage coil, Assembly Line recipe
- Assembly Line: scan the IV part on a data stick, put it in a Data Access Hatch, one ULV bus per ingredient, IV energy hatch
- LuV components 1: motor, piston, pump, conveyor module (Assembly Line, 30 s, 7680 EU/t, HSS-S + ruridit + niobium titanium + palladium wire)
- LuV components 2: robot arm, emitter, sensor, field generator (Assembly Line, 30 s, 7680 EU/t, LuV circuits, quantum stars, rhodium foil)
- PCB coolant: benzene → biphenyl → polychlorinated biphenyl → mix with distilled water (HV machines)
- Naquadah: nether star shard + PCB coolant in the Dimensional Destabiliser → raw naquadah → ore line → dust → EBF 5000 K; byproducts by the fluoroantimonic acid line
- Power Substation and Active Transformer: palladium substation casing, lapotron crystals, LuV circuits, UHPIC chips
- LuV power: Large Gas Turbine with a LuV rotor holder
Power¶
Multiblocks¶
gtceu:assembly_line, gtceu:data_bank, gtceu:power_substation, gtceu:active_transformer, gtceu:dimensional_destabiliser