Reactor Turbines Mod for IC2

Description

This mod is dependent on IC2 Classic or IC2 Experimental.

All credit for Industrial Craft 2 goes it's creators:
IC2 Experimental
IC2 Classic

Reactor turbines provide an alternative method of utilizing ic2 nuclear reactors.

Crafting:

IC2 Experimental

Turbine impeller:

4x reactor plating

1x component heat vent

Reactor Turbine:  

4x component heat vent

4x reactor plating

1x turbine impeller

IC2 Classic

Turbine impeller:

4x reactor plating

4x reactor steam vent

1x turbine blade

Reactor Turbine:  

4x reactor plating

4x turbine impeller

1x mv-transformer

Usage:

-Place an ic2 nuclear reactor in the center of a 3x3 raised platform.
-Create a 3x3 of water source blocks on top of the platform.

-Place a reactor turbine above the center water block.
-Place another turbine on each side of the one in the center.  

 
-As of version 1.1.0, as soon as the 5th reactor turbine is placed, the system will

automatically be enclosed in glass blocks as seen in the gif below.

-The glass that is automatically generated can be replaced with any block you'd like.

-As long as no blocks are missing, the turbines will operate.

-For optimal power generation:
Place dual uranium fuel rods into the reactor in the pattern shown below. 

Attach ic2 cables capable of conducting 512 eu/t to each turbine.  


Basic Mechanics:

Each reactor turbine generates 512 eu/t, has a maximum output of 512 eu/t and a 1024 eu buffer.

The maximum output provided by a single reactor using this method is ~2560 eu/t. Reactor turbines use the heat created by the reactor to generate power.

Each turbine will require a dual uranium fuel rod in the reactor. These fuel rods should be separated so they do not generate excess heat.

As long as water is present between the turbines and the reactor, the fuel rods are placed correctly and the reactor has been heated to 25% max heat, the turbines will generate 512 eu/t each and provide all the cooling necessary for stable operation.

Details:

As of version 1.1.3, the relationship between heat, cooling and power generation for reactor turbines has been adjusted.

To easily configure fuel rods for maximum output, they can be placed as seen in the image below:

Detailed explanation:

The optimal temperature for turbine power generation is 25% of the reactors maximum heat.
The equation for the power generation of a single turbine is 512*(heat/maxHeat*0.25).

Turbines also cool the reactor:

• At (maxHeat*0.25)*0.2 and below, the turbines remove 24 hU per second from the reactor.
• Between (maxHeat*0.25)*0.2 and (maxHeat*0.25)*0.4, the turbines remove 48 hU per second from the reactor.
• Between (maxHeat*0.25)*0.4 and (maxHeat*0.25)*0.6, the turbines remove 72 hU per second from the reactor.
• Between (maxHeat*0.25)*0.6 and (maxHeat*0.25)*0.8, the turbines remove 96 hU per second from the reactor.
• Between (maxHeat*0.25)*0.8 and (maxHeat*0.25)*1.0, the turbines remove 120 hU per second from the reactor.
• At (maxHeat*0.25)*1.0 and above, the turbines remove 144 hU per second from the reactor.

This means that the power generated by the turbines scales with the amount of heat generated but it becomes harder to produce that heat with each increase.

The chart below (from the ic2 wiki) and the information above can be used to roughly calculate the power generation of the turbines depending on the fuel rods you've added to the reactor.

HU (Heat) / second

	Uranium Cell	Dual Uranium Cell	Quad Uranium Cell
reflections 0	4	24	96
reflections 1	12	48	160
reflections 2	24	80	240
reflections 3	40	120	336
reflections 4	60	168	448

Example: One dual uranium fuel rod creates 24 hu/s. The same amount removed by the turbines below 20% optimal heat. So, the turbines are capable of maintaining 512*0.2 or ~100 eu/t per turbine with a single dual uranium fuel rod with no reflections. Two dual uranium fuel rods can maintain up to 512*0.4 eu/t or ~200 eu/t per turbine.

Warning!
  The water between the reactor and the turbines will evaporate at a variable rate depending on the heat of the reactor. This includes any water within a 3x3 space 1 block above the reactor. This water will need to be replaced, so you will have to devise a system to do so. BuildCraft pipes and flood gates work great. You can also use dispensers and water buckets.

Warning #2!
  Whenever 5 reactor turbines are in place above a reactor in the correct positions, the turbines will take control of the reactor and the reactor can no longer be used via standard methods. Any cables, transformers or energy storage blocks attached to the reactor will disappear immediately when placed. To use the reactor normally, simply remove the turbines. Once turbines are in place, energy is generated strictly via the heat of the reactor evaporating water for the turbines, similar to the ic2 pressure vessel reactors.

Full changelog for this mod can be found here: https://www.planetminecraft.com/mod/ic2-reactor-turbines/

What means Verified?

• Compatibility: The mod should be compatible with the latest version of Minecraft and be clearly labeled with its supported versions.
• Functionality: The mod should work as advertised and not cause any game-breaking bugs or crashes.
• Security: The mod should not contain any malicious code or attempts to steal personal information.
• Performance: The mod should not cause a significant decrease in the game's performance, such as by causing lag or reducing frame rates.
• Originality: The mod should be original and not a copy of someone else's work.
• Up-to-date: The mod should be regularly updated to fix bugs, improve performance, and maintain compatibility with the latest version of Minecraft.
• Support: The mod should have an active developer who provides support and troubleshooting assistance to users.
• License: The mod should be released under a clear and open source license that allows others to use, modify, and redistribute the code.
• Documentation: The mod should come with clear and detailed documentation on how to install and use it.

How to Install