Tutorial:Fusion Reactor (GregTech)
|
This article is part of the ATLauncher Wiki's Tutorials section. |
| This page covers content or features that are no longer available in newer mod versions. Information on this article does not apply to most recent versions of the respective mod, the described features have been deprecated or removed. |
Welcome to the Fusion Reactor Tutorial, we hope this article will help the Player in building the Reactor to provide clean energy for a safer and environmentaly friendly Minecraft world.
Planning for a Fusion Reactor[edit]
Before setting up whichever Fusion Reactor your GregTech version contains, it is highly recommended that prior to creating the first block, the player first focuses on preparing for the large task ahead. Simply to make the blocks, a player needs both considerable raw materials and well-developed infrastructure of GregTech machines for refining and processing the necessary ingredients. It is also necessary that the player has an alternative power supply and the technical know-how to automate the process of making fuel for the reactor.
Automation is a critical aspect of operation of the Reactor to sustain energy output. It is recommended to use methods of automation that are rapid and directly access inventories, such as Factorization Routers or Applied Energistics Import Buses and Export Buses. It is also worth noting that a lot of the recipes involved in making the various pieces of the reactor are extremely complicated and somewhat repetitive. An ideal set-up would be to use an ME Auto Crafting set-up in conjunction with an ME Network to store and craft the resources needed to fabricate all the parts necessary for this multi-block structure.
An important decision one needs to make from the beginning is to decide what their fusion recipe is going to be. There are two energy-producing recipes which you can use. The basic recipes are the same, regardless of version, but there are some minor variations in the way the recipes work depending on the reactor version.
- Using a Deuterium Cell fused with a Tritium Cell.
- Advantage: everything can be produced from a starting point of water.
- Disadvantage: the processing times are very slow [1].
- Using a Deuterium Cell fused with an Helium-3 Cell.
- Advantage: requires fewer machines and the fuel last twice as long.
- Disadvantage: require a constant source of Endstone Dust.
Reactor Part Crafting[edit]
List of materials required:
Fusion Coil (24)
96 Highly Advanced Machine Blocks
384 Titanium Ingots
384 Chrome Ingots
96 Steel Machine Hulls or Advanced Machine Blocks
48 Tesla Coils
240 Redstone Dust
48 MV-Transformers
48 Electronic Circuits
96 Refined Iron
96 Energy Flow Circuits
48 Lapotron Crystals
24 Iridium Plates
96 Advanced Circuits
24 Superconductors
8 Gold Ingots
16 Glass Fibre Cables
48 Superconductor Covers
32 Iridium Plates
64 Advanced Alloys
48 Carbon Plates
24 Iridium Neutron Reflectors
192 Thick Neutron Reflectors
768 Neutron Reflectors
3072 Tin Dust
3072 Coal Dust
768 Dense Copper Plates
6144 Copper
192 Beryllium Cells
24 Iridium Plates
Fusion Reactor
4 Energy Flow Circuits
4 Lapotron Crystals
4 Platinum Ingots
4 Advanced Circuits
2 Supercondensators
8 Energy Flow Circuits
8 Lapotron Crystals
8 Platinum Ingots
8 Advanced Circuits
4 Laptronic Energy orb
32 Lapotron Crystals
4 Iridium Plates
4 Superconductor
12 Superconductor Cover
12 Carbon Plates
16 Advanced Alloys
8 Iridium Plates
4 Glass Fibre Cables
2 Gold Ingots
2 Highly Advanced Machine Block
8 Titanium Ingots
8 Chrome Ingots
2 Steel Machine Hulls or 2 Advanced Machine Blocks
2 Laptronic Energy Orbs
16 Lapotron Crystals
2 Iridium Plates
GregTech Computer
2 Energy Flow Circuits
2 Lapotron Crystals
2 Platinum Ingots
2 Advanced Circuits
2 Data Orbs
16 Data Storage Circuits
32 Emeralds (Emerald Dust)
4 Advanced Circuits
4 Computer Monitors
16 Aluminium Ingots
4 Glowstone Dust
4 Sulfur Goos
4 Lapis Lazuli
4 Liquide Lime Green
Steel Machine Hull or Advanced Machine Block
70 Iridium Plates (280 Iridium Ores) overall
It might be possible that some amounts are different
74 Advanced Machine Casings (19 Recipes, Will have two casings leftover)
114 Chrome Plates 38 Data Control Circuits (Will have 2 leftover) 32 Iridium Plates 152 Data Storage Circuits (Put In Assembling Machine:) 308 Emeralds 38 Advanced Circuits 152 Redstones 76 Lapis Lazulis 76 Glowstones 38 Electronic Circuits 228 Copper Cables 76 Redstones 38 Refined Irons 152 Advanced Circuits 608 Redstones 304 Lapis Lazulis 304 Glowstones 152 Electronic Circuits 912 Copper Cables 304 Redstones 152 Refined Iron 19 Highly Advanced Machineblocks 76 Chrome Plates 76 Titanium Plates 19 Advanced Machine Blocks 38 Carbon Plates 38 Raw Carbon Meshs 76 raw Carbon Fibres (I stack and 12) 304 Coal Dusts 38 Advanced Alloys 38 Mixed Metal Ingots 38 Refined Iron Plates 38 Bronze Plates 38 Tin Plates 19 Machine Blocks 152 Refined Iron (2 stacks and 24)
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
- ↑ In order to compensate for this, people have been known to create a set-up including over a hundred centrifuges running simultaneously in order to maintain this recipe.
.png){kind=link}