This tutorial is set by the author to use the CC By-NC-SA protocol.
This tutorial aims to help build a fixture reaction crew of a complete and puppet power generation.The complete polytable reaction unit is divided into three parts: the fusion reactor, the plasma heater, and the steam unit, which will play a role in generating steam and providing fuel and power generation.
Part1.
Use the following materials to build the reactor body, place the core component of the fusion reactor in a place with a height of 2 squares from the ground, and then place other blocks according to the prompts.
After building it, it will become a beautiful multi -square structure, as shown in the figure.In the creative mode, you can directly obtain a complete reactor with/give @p hbm: Iter.
Part2. Construction of plasma heater
At 18 square meters from the center of the reactor and the same height, place the core component of the plasma heater facing the reactor, and then build it according to the prompt, as shown in the figure.After the core components are placed, purple particles will be formed at the end of the prompt. Please confirm that the purple particles appear on the shell of the reactor.
Part3.
Near the fusion reactor, select the appropriate location and place 4 industrial steam turbines, as shown in the figure.
Put a Livatin giant turbine on the other side.
If there is a very powerful infinite water (such as the kitchen sink, the eternal water block, or the array composed of multiple pumps), it is recommended to skip this part.
Build a water return system, place 4 cooling towers and 1 large storage tank.
Began to connect the pipeline, first connect to the first industrial steam turbine from the reactor center, mark the identification code as the Ultra Dense Steam, and mark the steam turbine.
Then connect from the first steam turbine to the 2nd steam turbine, marked as ultra -heat steam, and also labeled the second steam turbine.
Then connect from the 2nd steam turbine to the 3rd and 4th, and use the hot steam pipeline and the turbine.
Connecting the 3,4 steam turbine and the Livatin steam turbine are marked as steam, and the wrench position on the side of the Livetta turbine model model is on the far left.
Connect to the exit of the Livatin steam turbine, tanks and cooling towers, marked as Low-Pressure Steam.
Connecting the cooling tower, as a storage tank and the bottom center of the reactor for unlimited water, marked as water.
Warning: The current version (1.12.2-1.64A) cooling tower is still unfinished. It cannot work properly. You need to manually access powerful infinite water and right-click on the screwdriver on the corresponding pipeline.
Warning: There are problems with the particle effect of the cooling tower, which may cause serious stuck, please use it with caution.
Add unlimited water to the infinite water storage tank.
Connect to the bottom of the reactor, the industrial steam turbine group, as well as plasma heater, this part is used to ensure the stability of operation.
Place a battery and charge it.
Give the plasma heater into the 加 and 氚.
Put the fixture reactor into the coating layer, and then click the bottom button to start.
A large number of HE can be taken out of the interface from the back of the Livatin steam engine.
