The version used in the tutorial is icexp 2.2.801

First, prepare: You need to install IC2, NEI, BildCraft, these mods, otherwise the construction will be troublesome

Second, due to the BUG of IC2, the entire fluid reactor must be stacked in a block, press F9 to view the block

(Note: In the update version. If you press F9, you have no reaction, please press F3+G)

The range in the green grid is a block

Let's start below

1. First build a 5*5*5 space (hollow) built with a reactor pressure vessel in the interior of a full -cabin nuclear reactor (that is, 6 reactor reactor with 6 reactors, the reactor itself is in the center)

As shown in the figure, a little bit open

Next, place access interface (configuration reactor) and redstone control interface (switch reactor)

The block with a lid in the center is the access interface, and the red one is the redstone interface

Then open the access interface

You can see that it has become a fluid reactor mode, but don't be happy too early

We need to place the most important thing on the reactor wall -reactor the fluid interface

Next, the fluid pops up at the fluid interface (note that the fluid interface will not output the thermal coolant without this)

Then place a fluid heat switch (cooling thermal coolant) at the fluid interface (cooled thermal coolant)

↑ The fluid pop -up upgrade is necessary!Otherwise, the coolant after cooling cannot enter the reactor!

The construction of the reactor is over, let me talk about the problem of the reactor output.Essence

As we all know, the reactor is output thermal energy, so it is best not to put the MOX rod in. The nuclear power simulator only looks at the heat column generated below, instead of the power generation

Note that the thermal energy of the simulator X2 is equal to the thermal energy of the reactor output

For the sake of convenience, get a 100x2Hu reactor

Also, do not use the RSH condenser or LSH condenser, because they directly take the heat in the heat.EssenceEssenceThe fluid pile without heat output is meaningless

10K, 30K, 60K cooler, don't say the same as above, it is estimated that no one uses--.

Move to the reactor

After startup, you can see the heat output, 200

Here are three ways to power generation methods

First, Stelin generator (very not recommended)

The chrysanthemum of the flow switch to the Sterling generator and then the electricity can be considered (you must export the power generation, otherwise the heat will accumulate and then kaboom)

Just 100eu/t

Second, steam power generation (continued)

Set up the same fluid reactor as before, with two fluid interfaces.

Set the fluid pop -up upgrade, fluid heat switch or something.

Make two steam units in accordance with the steam power generation tutorial, connect to the power use equipment, and connect the power grid on the condenser.

However, the steam turbine will be submerged by the water, and the power cannot be generated; the condense machine cannot work because of too much water.

Because IC2 does not have a logistics system, other mods need to be added, such as builtcraft, thermal pipes, and so on.

Use thermal pipeline here.

Like this, connect the pipes on the machine and adjust the server as shown in the figure.

The same is true of the crew on the other side.

Connect to a storage tank and connect the pipe back to the steam engine under the storage tank to return the condensed water back.

At this time, the condensed water was passed back to the steam engine.

Power generation speed 50eu/T*2-2*10EU/T = 80EU/T

After half an hour, there was no BOOM. The water cycle of the steam engine has been maintained, and the degree of calcification has not increased (it may be due to distilled water).

However, there is no high power generation in Sterling ...