- This page is about the Fusion from GregTech 5 Unofficial. For other uses, see Fusion.
| Fusion Computer | |
|---|---|
| Mod | GregTech 5 Unofficial |
| Type | Machine |
| Fusion Coil | |
|---|---|
| Mod | GregTech 5 Unofficial |
| Type | Solid block |
| Fusion Casing | |
|---|---|
| Mod | GregTech 5 Unofficial |
| Type | Solid block |
The Fusion Control Computer is the core of a Fusion Reactor in GregTech 5 Unofficial. They come in 3 variants, Mark I, II, and III. The Fusion Reactor is a complex multiblock. It has 32 Coils in its core, surrounded by 79–120 casing blocks. The Mark I fusion reactor uses Superconducting Coil Blocks surrounded by LuV Casings. The Mark II and III fusion reactors use Fusion Coils surrounded by Fusion Casings (regular Fusion Casings for a Mark II fusion reactor, and the Fusion Casing MK II for a Mark III fusion reactor). All fusion reactors require at least two Input Hatches, one Output Hatch, and 4-16 Energy Hatches depending on the used fusion recipe.
Recipe[]
Building the multiblock[]
A complete Mark I fusion reactor
The top and bottom layers look like this.
A complete Mark II fusion reactor
The middle layer looks like this.
A complete Mark III fusion reactor
The used blocks of all tiers of fusion reactors.
Possible positions for Fusion Control Computers. Only one per reactor allowed.
Possible positions for Energy Hatches. 1-16 needed.
Possible positions for Input Hatches. 2 needed, up to 16 allowed.
Possible positions for Output Hatches. 2 needed, up to 16 allowed.
The Fusion Reactor gains 10mio(MK1), 20mio(MK2) or 40mio(MK3) EU storage capacity per energy hatch built in. A Mark I fusion reactor needs LuV, ZPM, or UV Hatches. A Mark II fusion reactor needs ZPM or UV Hatches. A Mark III fusion reactor needs UV Hatches.
Fusion recipes[]
Total build costs[]
Mark I[]
- 1024 Chrome
- 544 1x Superconductor Wire (342 LV Pump, 342 Tiny Tungstensteel Pipes, 342 Nitrogen/Helium, 512 1x LuV Wires)
- 16 Energy Flow circuits
- 1 Pu-241
- 3 Netherstar
- 72 Osmium
- 8 Iridium
- 2 Industrial Diamonds
- 8 Advanced Alloys
- 16 Industrial TNT
- 16 Beryllium
- 64 Copper
- 256 Coal Dust
- 256 Tin Dust
- 32 Tungsten
Mark II[]
The Mark I costs and...
- Casing number * 6 Tungstensteel
- Hatch number * (8 Iridium + 4 Osmium)
- 2 Europium
- 2 Netherstars
- 140 Energy Flow Circuits
- 320 Osmium
- 256 Good Circuits
- 64 Eye of Ender
- 256 Iridium
- 512 Industrial TNT
- 256 Advanced Alloy
- 64 Industrial Diamond
- 1024 Berillyum
- 2048 Copper
- 8192 Coal Dust
- 8192 Tin
Mark III[]
The Mark II costs and...
- Casing number * 6 Americium
- Hatch number * 16 Osmium
- 2 Americium
- 12 Energy Flow Circuits
- 2 Netherstars
- 64 Osmium
Trivia[]
- Producing 1 Neutronium Ingot in a Mark III Fusion Reactor takes 2h24min, 16 Americium Ingots, 16 Naquadria Ingots and 17,586,931,200EU.
- 16 Americium need 16 Chrome + 16 Lutetium(64 Depleted Thorium Fuel Rods) + 879,477,248EU.
- When missing Naquadah ore, 1280 Naquadah must be created with fusion and centrifuged using 1,600,000,000EU into 16 Naquadria.
- The production of 1280 Naquadah by fusion needs 1280 Thorium, 1280 Plutonium and 24,159,191,040EU.
- Complete: 44,225,599,488EU
- Full fusion running time: 7h36min
- 16 Americium need 16 Chrome + 16 Lutetium(64 Depleted Thorium Fuel Rods) + 879,477,248EU.
- It takes 14 32768 eu/t Plasma generators to run a Mk3 Fusion reactor at max efficiency, with nickel plasma as the fuel.
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