1. Foreword
Industry 2 final chapter, so far, the tutorial is all over, and there is nothing introduced, wait for the player to explore by themselves. If there are more important updates, the previous tutorial will be maintained.This article will introduce [UU Copy Four -Pieces], [Flow Nuclear Reactor] and [Quantum Equipment].
2. UU copy four pieces
From left to right are material generators, replication machines, mode storage machines and mode scanners. It is estimated that it is enough for a while, but this is the production of [铱] (铱 = 120MB, 铱 fragment = 13.33The only way to mb).
[Material generator] (Energy Level 3): consumes electricity to generate [UU material] (liquid). The speed depends on the input power and whether there are waste, per 1 million EU electricity = 1MB UU material (512V-1A = 512EU/T, 1MB/97.7 seconds), using waste can reduce power consumption (at the original 1/6), but 36 waste can ensure the production of 1MB UU substances.
——PS: For a chestnut, do not use waste, 40 million EU electricity = 40MB UU material (2048V-1A = 2048EU/T, 1MB/24.4 seconds), continuously provided waste, 40 million EU electric = 240MB UU material (2048V-1A, 1MB/4.1 seconds, a total of 135 groups of waste, can not afford it at all)
Use 4 MFE parallel (512V-4A = 2048eu/T) to power the material generator, and use a MFSU (2048V-1A = 2048eu/T) to power it (need high voltage upgrade).Power consumption, the greater the power, although the speed is faster, but the power consumption is faster!
[Copy machine] (Energy Level 4): Use UU substances and a small amount of electricity to copy items, and it must be storage machine (click the latter mode) to read the copy formula.
[Model Storage Machine]: Storage and replication formula, you can use [Mode Model Crystal] to be imported/out.
[Model Scanner] (Energy Level 4): Scanning items (consumed) are replicated formulas. After the scanning is completed, click the save button to save the formula to the next mode storage machine or mode store in the crystal.
——PS: The link below is the UU material exchange table. Although it is based on version 1.7.10, it still has reference value.
Link: https://pan.baidu.com/s/19mcqj6e5m540i_yxc6zsoq extract code: 6tu7
3. fluid nuclear reactor
First prepare a large number of (at least 2 groups) reactor pressure vessels, 1 reactor redstone interface (control nuclear power switch), 1 reactor access interface (access), and several reactor fluid interfaces (at least two, one output hot coolant, one output hot coolant,One receiving coolant).
As shown in the figure below, the nuclear reactor uses 5x5x5 [reactor pressure container] (hollow). In the figure, it is easy to display, and the five noodles are not sealed.The reactor pressure container at any position can be replaced by the redstone interface, access interface and fluid interface.
As follows, the redstone interface is added with a lever. Below is the access interface. The upper upper fluid interface is used to output the thermal coolant (the internal discharge body pops up and upgrades, and the number of upgrades can be increased as appropriate).Essence
Open the reactor, add 10,000MB coolant to the left sink, and set up a 4 -stick nuclear power. The fluid reactor will not directly generate electricity. When the nuclear power is working, it can absorb 1HU calories per 1MB of coolant.Wen will rise, and finally explode.
Through the previous learning, the heating speed of the 4 -stick nuclear power = 96Hu/s, double the value in the fluid reactor, = 192Hu/s, which is to convert 192MB of hot coolant per second, but our coolant is only 10000MB. At this timeThe [fluid heat switch] is required to cool the thermal coolant and output thermal energy for power generation.
According to the figure below, add a fluid heat switch (built -in 10 thermal conductors, cooled up to 100MB liquid per second, and generate 100HU/T heat at the same time, fluid pop -up upgrades), pipeline (transmission speed> 192MB/s can be connected) connected), Stelin generator converts thermal energy to electricity (efficiency 2: 1).
——PS: There are many ways to swing. In the picture, there are potential problems in the uneven distribution of thermal coolant, but it only takes 2000MB to fill a full one, so it will not be dangerous.
Start the reactor, and the coolant should be quickly recovered, not continuously decreased. Use a meter to view it. On average, 96EU/T is generated to meet the expectations.
The figure below shows the high -efficiency swing method recommended by the personal, fever speed = 448Hu/s (double = 896Hu/s in the fluid pile).
For example, 9 current heat switzes are produced (filled with heat transmission device, and a downward fluid pop -up upgrade). At the same time, put 16 cans of coolant in the reactor.Upgrade pipeline (> 896MB/s).
After stabilizing (the first 8 stream heat exchanges are full of hot coolant), it can still reach the expected 448EU/T power generation.
——PS: Using Stelin's power power generation or overheating steam power generation can increase power generation by 50%!
3. Quantum equipment
An upgraded version of nano -equipment to prevent all damage (including radiation, as long as there is electricity), can fly, run, industrial graduation set.It takes 4 铱 to synthesize the enhanced panel.4. End language
I wish you all a good time!
