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Nuclear power control+SFM maintains IC2 strong cold nuclear power in GT [GTNH] Gray Technology: New Horizons (GT: New Ho

2024-12-10 17:51:59|Myriagame |source:minecraft skins

This tutorial is set by the author to use the CC By-NC-SA protocol.

Recently re -play the GTNH (GT Not Hard) integrated package. It takes N days in the state of touching the fish. It initially leaves the HV stage and enters the EV stage.

(In fact, I have n’t played MC for several months when I write this tutorial. It is a tutorial prepared in September 2020.

Front

Players who have experienced GT are clear that one problem that urgently needs to be solved in GT's increased voltage level is energy.In the GTNH integrated package, at the stage of the EV end of the HV, there are many optional power generation methods. One of its high -quality non -polluting (literal) energy is a powerful nuclear power.

In the GT, the nuclear power comes with IC2 twice the output, and the GTNH is 5 times, which means that the same power generation power generation in the GTNH is 10 times that of ordinary IC2.So we can see the following power generation in ordinary CI2.

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With the ten -fold nuclear power generation in the GTNH written in the previous article meets the daily power needs?

The answer is enough. After all, normal temperature nuclear power and stability, and only need to change the fuel rod, or even use the upper nuclear power control to avoid the ultra -temperature explosion of the reactor.A single power generation is not enough to rely on the quantity. If one is not enough, it will continue to add, and it will always be sufficient to continue to accumulate power generation.

But how can the happy GT people consider the dreamy strong cold nuclear power?

As shown in the figure below, even if the power generation of the ultimate power generation nuclear power is not pursued.

Note: The MOX fuel rod is used in the figure, and the power generation temperature will be further increased.

Did you have a interest in the above figure?(Welcome to the pit)

Let ’s start official strong cold nuclear power teaching

1. Design ideas

In order to stabilize the strong cold nuclear power, the following points need to be achieved: (even if SFM is not used, as long as you can meet the following points, you can basically run the strong cold nuclear power)

1. The temperature of the reactor exceeds the set value immediately; (in the end, it is also the most important insurance, avoid explosion)

2. When the cooling unit is too low to be too low, turn off the nuclear power and replace the cooling unit; (if the booting status is replaced, the cooling unit is drawn out of the nuclear power, the new cooling unit will not be entered in time, and the temperature of the reactor will increase)

3. When the fuel rod is exhausted, turn off the nuclear power and replace the fuel rod; (if the power is replaced, the exhaust fuel rod may occur at the same time with the low durable cooling unit.The unit may not cause changes in the original position, which eventually leads to the heating up the reactor)

4. To detect whether the cooling unit is spare, if there is no replacement of the cooling unit, the reactor will not be turned on; (if there is no such test, the low -durable cooling unit is drawn and the new cooling unit will be added, which will lead to the heating of the reactor).

5. Detect whether the fuel rod is spare, and the reactor will not be turned on if the fuel rod is used without using the fuel rod., Resulting in changes in swinging, this item will not cause the reactor to rise, but affect maintenance)

Introduction

First understand the important item "temperature monitor" brought by "Nuclear Power Control NUCLEAR CONTROL"

It has two working status:

1. The temperature of the nuclear power is greater than the set value, and the redstone signal is issued.

2. The temperature of the nuclear power is less than the set value, and the redstone signal is issued.

Then learn about the control center of this strong cold nuclear power system "Steve's Factory Manager"

This MOD has some difficulty in getting started.

"Factory Manager"

It is the center of the entire control system, and all adjustments and controls are carried out here.

A simple logic control, here is the judgment of the items. If the setting conditions are met, it is true, otherwise it is false

In the same way, the liquid conditional judgment can be judged by the fluid, and the redstone condition judgment is judged to the red stone conditions.

"Redstone signal receiver"

Let the SFM system receive the external redstone signal of the outside world

"Redstone signal transmitter"

Let the SFM system output redstone signal to the outside world

Then nuclear power -related items

"Cooling unit"

The heat generated by absorbing the nuclear reactor will reduce its durability, and the items disappear when they are durable.

Finally, let's introduce the important synthetic table of strong cold nuclear power to achieve

Low -durable cooling unit can reply to durability through vacuum freezer

Third, swing method and setting

Overall layout map

Because the process will continue to be superimposed in the future, the decomposition steps here, the setting of strong cold control is subject to the final settings.

1. When there is a foreign input and heap temperature to meet the conditions, the output redstone signal is output to activate the reactor; (here is the settings for the decomposition steps for convenient explanations,"Signal receiver" receives the redstone signal, and the "redstone signal transmitter" will output the redstone signal.

2. Increase the detection of fuel rods and cooling units

After completing this step settings, only two redstone signals are input, and the cooler units and fuel rods are used in the box to emit redstone signals when there are replacement of cooling units and fuel rods in the box to start the reactor.

3. Final setting

Add two more tests, detect and replace, low/full durable cooling unit and fuel rod/dry fuel.

4. Achievement display (here is a four -united uranium rod, the power generation of different fuel rods will be different)

Details that need to be paid:

1. SFM's redstone signal transmitter has always output the corresponding redstone signal after setting the redstone signal.

Example: In the first conditional judgment, the conditional judgment (red stone) meets the redstone signal of 15 after the condition is met.In the second conditional judgment, if the conditional judgment (redstone) does not meet the conditions, the redstone signal transmitter does not make any adjustments, then the redstone signal transmitter will still output the redstone signal of 15.

If the conditional judgment (redstone) does not meet the conditions, let the redstone signal transmitter not emit the redstone signal, you need to access the redstone signal transmitter with 0 emission intensity of 0 in the rear.

As shown in the figure below

2. Detection and transport settings of low durable cooling units

The detection and transportation of the cooling unit requires special settings. It needs to be set to "independent detection NBT". I set the added value to 95, 96, 97, 98, 99, which corresponds to durable losses to different degrees.