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Simple automation GT strong cold nuclear power (requirement AE and BC mod) [GT4] Gregtech 4 (Gregtech 4) Minecraft Game

2024-12-10 17:46:27|Myriagame |source:minecraft skins

First of all, it is difficult and cumbersome to rely on GT alone, so I don’t mention it.

It is recommended that there are BC and AE, you can achieve automation unmanned management

Although you do n’t have BC+GT alone, you can still use it barely (but it is quite tedious, and a little bit of money)

A round of almost 1000W EU can be produced, almost 200W EU is repaired, and the net profit is nearly 800W

Prepare:

1 reaction room, 6 reaction warehouses, 360K 氦 coolant/360K potassium sodium coolant at least 9 (ideal 12)

There are several overclocking radiator components, and the number is installed for each vacuum freezer. Each can improve the operating efficiency of 3%of the device

Two reactor heat device (in order to disperse the heat when replacing the cooling agent, you feel that the virtual large can replace the following thermal capacity heat -resistant plates with this)

18 thermal capacity and heat -resistant plates (just to fill the space of the filling space, simplify logistics)

There are 18 neutron reflective boards, and unlimited durability can achieve long -term cycle reactions. If it is only used in the short term

It is not too difficult for more than a dozen pupa boards in the middle period. It is still very fast to dig out platinum ore and then use mercury units to pour powder in the industrial grinding machine.

Compared with the 16 mixed panels that are mixed = 512eu/t, the strong cold 1440EU/T came faster, and the effect during the transition period is better than the end.

Vacuum freezer X4 (ideal quantity, 2 can also be supplied if you can't afford it before), 32 stronger mechanical shells, 11 advanced mechanical shells

In addition, remember to install a transformer for each vacuum freezer, otherwise it will explode due to excessive voltage after power -on

1 ME controller, 1 ME box, 1k 1k memory 1

1 high -voltage transformer (without excess resources to install the vacuum frozen transformer upgrade, you need this)

ME fuzzy output bus, 4 ME base input bus, 1 emerald pipeline, one independent door, several ME cables and diamond lines

Topic:

Put the reactor to put the picture

Then set a settings for the coolant with a durability of about 5%of the remaining 5%of the coolant

5%durability is the insurance value, too low, if there is a mistake, it will explode

As for durability, it is recommended to turn on a single cooler and the original 4X uranium original operation to the same operation.

Set the left side of the independent door settings, no redstone signal, and the item is set on the right

Then mark the ME fuzzy output interface of the vacuum freezer that the durable and low -durable cooling machine just now. Remember to marked the uranium grooves that are used out to avoid the situation where the uranium trough occupies the space.

Finally, use a durable cooler to mark the ME fuzzy input interface of the reactor to mark

It is recommended not to put the cooling agent together, and the durability can reduce the heat that overflows when replacing the cooling agent.

ME fuzzy output interface settings of the reactor

ME fuzzy output interface settings of vacuum freezer

After that, you only need to prepare sufficient 4X uranium tanks and electricals to let go of it.

Note:

1. The nuclear power output is 1440EU/T. Please prepare a transformer upgrade for each vacuum condenser and a high -level transformer upgrade, or place a high -voltage transformer.

2. Remember to mark the cooler of the emerald pipeline. It is not recommended to take care of the next time it is running. After durability, the shutdown is almost taken out of the cooler.Insurance.

3. If the open -air placement is remembered to cover the rainwater frozen, the side of the machine can be used as a line. The top is used to prevent the rain from overclocking the heat dissipation nuclear power component to prevent the risk of the explosion and increase the efficiency of the machine.