Pure Industry 2 experimental version challenge the construction of MK5 pulse Sterling energy nuclear power (applicable to survival)
Foreword:
This tutorial is not a novice tutorial, it requires a certain nuclear power foundation!
If you are afraid of the redstone card, please see the optimization of red stone, the host of 1,000 yuan can be skipped directly, and the configuration is enough.
This nuclear power is mainly suitable for only a small amount of uranium, but when a large amount of electricity needs
Note: In addition to the industrial 2 experimental version and FORGE, the representatives of pure industry are not counted.Including MODs that do not add items but are changed.
difficulty:
In the case of pure industry, the difficulty of the MK5 -level Stalin kinetic energy nuclear power is the discharge of abandoned hot water and the central control circuit.
Idea:
Eliminate the abandoned fluid with the original transmitter, and use two funnel clocks to control the opening and shutdown of nuclear power
Regarding the optimization of redstone: (I wrote a person who is afraid of the redstone card here, please skip the computer with AE2)
First of all, in the same situation, Hongshi is not as good as MOD cards, but "some people" malicious rumors, and then some of them have not been touched by other people's "red stone cards", "red stone super card" and other remarks.Rhythm.
If you experience it yourself, you will find the joy of red stone!
I will not explain the mechanism in detail, and give some tips directly.
IC2 wire wire power -to -red stone powder card, red stone powder than charge rail card
The stutter caused by 1 funnel mine car is 16 times that of ordinary funnel
Putting a thrower or a fertilizer barrel on the ordinary funnel, it is useless to put the melting furnace
1 15 energy intensity red stone powder is extinguished.
Here is a link to a detailed answer to the redstone optimization: https://www.mcmod.cn/post/924.html
The design of nuclear electricity surface structure (non -highest efficiency, just a role of a brick -to -toss)
I believe that there is no need to say more about the foundation, otherwise the length will be too long. Students who can't understand, please make up for the foundation.My design is definitely not the best. Everyone can design it. Trying all kinds of methods is the fun of nuclear power.
The figure below.Put 4 current heat switches, pay attention to the direction, there are 10 thermal conductors, 100HU/T, and the fluid that pops up the cooling liquid back to upgrade. Pay attention to the direction of the upgrade.Inside the machine.
The figure below.Stelin has an opportunity to occur, just pay attention to the orientation.(You can design the plan by yourself, no need to do it)
The figure below.In the middle of the pump, it is facing up and down. The first two are kinetic energy generators.(You can design the plan by yourself, no need to do it)
The figure below.The special configuration required by the pump is adjusted according to its own method. Redstone powder can be charged.A pump wants to bring 2 kinetic energy incidence to overclock to catch up. The voltage rises to level 3 (the generator is 150EU/T). The fluid pop -up upgrade does not require direction settings.(Please calculate the efficiency by other designs, I have no formulas)
The Terlin kinetic energy in the figure below needs to be upgraded and the upgrade is popped up.To adjust the direction, the direction is closest to the nuclear power shell.
Add a general fluid unit, there is one, not too much, there is more waste!
This is an upward transmitter (the launching direction is casual, but the front of the launch port must be an air block) (the original edition of the transmitter is in the red stone. The material bag is redstone display, the author: XEKR, is a doctorate in architecture read)
Key point:
Stelin kinetic energy nuclear power can automatically classify universal fluid units, and it is 1T in drawing and pop -up, so an empty unit is enough, and efficiency can keep up.
The pulse required for the transmitter is one second, and then give it some redundant amount.
Summary of the nuclear electricity side module: (can be designed by myself, the data may be different, so I blackened)
The response stack fluid interface pops up the fluid to upgrade the thermal coolant to the fluid heat switch.
The heat switch is used to exchange thermal cooling fluid with thermal conductors to Sterling Powers.At the same time, the cooling liquid pops up back to the fluid to pop up the upgraded reactor fluid interface.
The Sterling Power generator connects 2 fluid heat switches.My design is a kinetic launcher receiving 200HU/T, 2 Stirling shared a pump to configure the picture.
The heat of the Sterling energy generator receives the heat of the fluid heat switch, which is pumping (infinite water), generating dynamic energy and hot water.
The hot water is absorbed by the universal fluid unit (empty), and when it reaches 1000MB, it will be popped up and upgraded to the original launcher by the Sterling Power generator.
The transmitter receives a redstone signal (the frequency is calculated at your own efficiency, not less than 0T pulse, and it can't be activated anyway).
Stelin's energy generator is drawn into the general fluid unit (empty) from the transmitter to complete a cycle cycle
As for the kinetic energy of the Stelin power generator, the kinetic energy is generated by the kinetic energy generator, and then connects to the storage box.(This is simple) Note: After the power storage box is full, the nuclear power will continue to run, and then the explosion will be overheated.According to the wire power distribution mechanism of Industry 2, put a material generator behind the power storage box. Pay attention to the voltage generated UU to consume excess power)
The following is all made of all noodles:
The detector detects the update of the charging rail, and a redstone signal is issued.The hot water inside the transmitter was launched, and the empty fluid unit was pulled back to Sterling's energy generator.
This is the other side. It only takes two charging rails to be OK, and a low -frequency pulse can be connected from below.
This is the top, the source of infinite water with 4 noodles. I just put it casually and can be smaller.
The redstone pulse at the bottom can be adjusted by itself, not more than 1 second (1 second = 10 red stone carvings = 20 game carvings. 1 game carving pulse is the so -called 0T pulse)
The redstone signal that the distance from the distant place is central control.
Summary of Sterling Energy Nuclear Electricity External Equipment:
It only uses 4 noodles
1 surface is a fluid heat switch with 4 hot -filled conductors
1 flow heat switch is full load is 100HU/T
4*4*100 = 1600hu/t
So our nuclear power requires 1600Hu/T heat.
We use overclocking heat sinks to dissipate heat. In the thermal nucleus, its heat dissipation is 40Hu/T, 100%efficiency.The EU mode is only 50%efficiency, that is, 20HU/T.
Of course, you can use other heat sinks, and set the method at will!As long as it is 1600Hu/T.
Because we need 1600HU/T, and the overclocking heat sink heat dissipation is 40Hu/T
So 1600/40 = 40
It takes 40 ultra -frequency heat sinks, as long as 40 unchanged, the other scares are not fried, the best is high efficiency.
I send one and I use it myself
The efficiency is about 23
Flow nuclear power heating 1600Hu/T carved
Sterling Power Power Generation 1190EU/T
Note: Thicked neutron reflective board can be added with funnel or items buffer (all in seconds, the so -called land speed is the cooling time).
Compatible with mainstream MK5 fluid nuclear power central control circuit:
The tutorial has been independently removed to the original tutorial.
I know that there are other timers, but most of them cannot be compatible with other places, and the structure must be changed for a few seconds. It is annoying. This direct compatibility of a nuclear power less than 256 seconds.
Finally, let out a photo picture and sprinkle flowers.
Update from time to time, according to the latest version of MOD.Maybe ~
