The tutorial is equipped with the IC2LF version, and the EXP version has expired.

Objective: Create a strong cold nuclear power unit with ultra -high power generation (measured 1600EU/T).

Note: The redstone/green stone condenser cannot be repaired in normal means in the EXP version, so the method of putting the method is invalid.

Principles: RSH condenser absorb the calories released by uranium rods, emerald pipes drawn out the RSH condenser with a durability of 1, the TE automatic synthetic table is repaired with red stones, and the fixed RSH condenser is returned to the reactor.

Disadvantages: need a lot of red stones.

Step 1:

Place a six -warehouse reactor, use the funnel to point to the left side of the reactor, and put a box (buffer) on the funnel, and enter the reactor from here (Figure 1.1) from the RSH condenser.

(Figure 1.1)

Then place a emerald pipe at the rear of the reactor and connect to a box (or cushion) to draw out the exhausted RSH condenser.Put a funnel under the box and place an automatic synthetic table in the direction pointed by the funnel.(Figure 1.2)

(Figure 1.2)

Open the TE automatic synthetic table and set that side to input.Then, a golden pipe is placed behind the automatic synthetic table, and a wooden pipe is connected behind the gold pipe.Place a large box (provide red stone to the TE synthetic table) to connect the wooden pipes.(Figure 1.3)

(Figure 1.3)

Then connect the finished product outlet of the TE synthetic table to the box next to the reactor.At this point, the first step is completed.(Figure 1.4)

(Figure 1.4)

Step 2:

Find a way to get a exhaustive RSH condenser (the method will be mentioned later), open the setting interface of the emerald pipeline after the reactor, and hold the exhausted RSH condenser on the mouse to order it.2.1).

(Figure 2.1)

Put an independent door on the emerald pipe and set it to Restones Signal Off -Energy Pulser (Figure 2.2).

(Figure 2.2)

Then on the sides of the TE synthetic table (note: it is the pipe that enters the redstone, don't mix it), put a gold or door, put an independent iron or door on the wooden pipeline, and then put that section.Pipes are covered with red pipelines (Figure 2.3).

(Figure 2.3)

Open the gold or door, set the first grid of the first column to Items in Inventory. The second grid uses the exhausted RSH condenser to order a little, and set it on the right to the Red Pipe Signal, which will be empty (Figure 2.4)Essence

(Figure 2.4)

Then open the independent iron or door (the gold is used on the picture, or it can be). The first column is set to the Red Pipe Signal On -Energy Pulser (Figure 2.5).

(Figure 2.5)

Then open the reactor, the component method is as follows (Figure 2.6)

(Figure 2.6)

Then open the box next to the reactor, and put a little RSH condenser (about 10) in it.Then open the TE synthetic table and put a drawing, the formula is 1xrsh condenser 2x redstone (Figure 2.7).

At this point, we have completed half.

Step 3:

Don't rush to open the reactor first, then it will only be BOOM ~~.Because our TE synthetic table has no energy source, we will teach you how to provide MJ for the synthetic table.

First put a redstone energy battery above the synthetic table, then put a FR power engine above the battery, and make it the direction of the tube.Put two circular stone building pipes next to the redstone energy battery and power engine to put two iron or door and red pipelines.(Figure 3.1)

(Figure 3.1)

Open the iron or door next to the TE battery and set it to the Full Energy -Red Pipe Signal.(Figure 3.2)

(Figure 3.2)

Open the iron or door next to the power engine and set it to the Red Pipe Signal Off -Redstone Signal.(Figure 3.3)

(Figure 3.3)

The reactor then uses a high -voltage line (voltage up to 1600EU/P!) To get the high -voltage end of the high -voltage transformer. The low -voltage end is divided into two roads, and the power engine is received all the way.(Figure 3.4)

(Figure 3.4)

Step 4:

So far, the reactor can already be running, but it is better to take a temperature control for the sake of insurance.In

First take an RS memory, connect the ON button to the S end, the OFF button is to the R section, and the Q end connected to the reactor.Then place a temperature monitor (in the nuclear control MOD) on the side of the reactor. The temperature is set to 3000, and the R -end of the RS locks is received with the redstone line.(Figure 4.1)

(Figure 4.1)

Well, so far, the construction tutorial is over.Let's present the RSH condenser method that is quickly exhausted:

Put a reactor with a RSH condenser and 4 uranium sticks around.Then on a temperature detector on the reactor, use the redstone line to get the non -door, and return the non -door output to the reactor.When the reactor is overheated, open the reactor, remove the condensate, and get the exhaustive RSH condenser.Maintenance tutorial:

The reactor is amazing, please prepare enough MFSU or power consumption equipment.

Please add a large amount of redstone regularly.If the red stone is exhausted, the temperature control will be stopped automatically, and there is no temperature control.EssenceEssenceWhat you know