Fusion Reactor (DEPRECATED)

NOTICE
The Fusion Reactor has been reworked, this is the old one.

​​​​​Introduction
The Fusion reactor is a multiblock machine that generates plasma and huge amounts of energy using Deuterium and Tritium (relatively easy to obtain and safe fuels). The reactor can be upgraded by putting an internal tungsten coating to improve the efficiency (with internal tungsten coating it will produce 4M/HE second).

The fusion reactor is a very large and expensive multiblock machine, here are all the components you'll need:
 * 4 Central Magnet Pieces
 * 16 Magnet Motor Pieces
 * 1 Fusion Control Computer Core
 * 4 Access Hatches
 * 116 Plasma Heaters
 * 428 Super Conducting Magnets
 * 148 Tungsten Blocks (Optional, but recommended)





Use a Multiblock Structure Marker to have a guide to follow when building the reactor, it is crafted with 1 Redstone Torch, 1 Glowstone Dust and 1 Lapis Lazuli Powder.



Usage
The Fusion Reactor needs water, a Fuse, Deuterium, Tritium and 4 Fusion Cores (makeshift or normal) to work, Once the fusion reactor is running it will consume the fusion cores and it will start to produce energy. New fusion cores need to be placed in again if it stops operating due to running out of fuel or if the fuse is removed.

Without Tungsten Coating
It will produce 100 million HE per bucket of fuel.

With Tungsten Coating
It will produce 200 million HE per bucket of fuel.

It will also consume 20,000mb of water (20 buckets).

Danger
Running out of water will not cause the reactor to meltdown, simply, it will just stop producing energy while still consuming fuel. So there is no danger, the only real danger is if you get trapped inside the coils when it is active, but that can only happen if there is no tungsten lining. It is probably one of the safest large scale power plants in the game, so long as your friends are nice.

Pros and Cons
+ Produces great amounts of energy from small amounts of safe and relatively easy to obtain fuels.

+ Essentially 100% safe

+ Only requires water to help produce energy.

! Power outputs at the top and bottom, which can be convenient due to the width of the reactor.

! Produces power slowly.

- May produce more power than your capacity, in other words, it needs lots of Schrabidium energy storage blocks if you put in a lot of fuel.

- It is extremely expensive, even without the internal tungsten lining.

- It requires new fusion cores to jumpstart the fusion reaction after a shutdown, highly inconvenient, especially if you need to shut it down frequently for whatever reason.