Modular nuclear power station

by georgius 1 year ago
331

Modular nuclear power station
Author: georgius

Description

The modular nuclear power station is designed to be easily expandable with adding required modules. It is designed to be used immediately when Nuclear reactor research is finished and with cheap materials as possible.

Modules

  • Module 1: input and output
  • Module 2: reactor frame
  • Module 3: power channel

Installation images https://imgur.com/a/PpvRwUZ.

You can attach 2 additional reactor frames (totally 3 reactor frames, 261 MW) without any changes. Fourth reactor frame (348 MW) needs to update conveyor belt for uranium ore. Sixth reactor frame (522 MW) needs to upgrade water pipes.

Module 1 - input and output

This module is build only once. Its function is to provide input and output for all resources required by or produced by modular nuclear power station.

Required Materials
Name Value
Construction Parts I 444
Construction Parts II 90
Construction Parts III 320
Concrete 500
Rubber 40
Inputs
Name Constant (C) Reactor frame (RF)
Acid 0.75
Rock 1.5
Workers 16
Power (MW) 0.12 0.015
Maintenance I 0.25

the total input is calculated as: input = C + RF * [count of reactor frames]

Outputs
Name Constant (C) Reactor frame (RF)
Slag 0.375
Hydrogen fluoride 1.5

the total output is calculated as: output = C + RF * [count of reactor frames]

Module 2 - reactor frame

This module is module for nuclear reactor. Each reactor frame can support 3 power channel modules.

Required Materials
Name Value
Construction Parts I 245
Construction Parts II 224
Construction Parts III 120
Construction Parts IV 560
Rubber 85
Inputs
Name Constant (C) Power level 1 (P1) Power level 2 (P2) Power level 3 (P3)
Acid 4.5
Steel 0.375
Hydrogen fluoride* 1.5
Uranium ore 18
Water** 24 48 72
Workers 124
Power (MW) 2.9
Maintenance I 6
Maintenance II 8 8 16 24

*produced in Module 1

**including reuse

the total input is calculated as: input = C + [reactor's power level]

Outputs
Name Constant (C) Power level 1 (P1) Power level 2 (P2) Power level 3 (P3)
Depleted uranium 7.5
Uranium rod* 1.5 -0.5 -1 -1.5
Toxic slurry 9
Spent fuel 0.5 1 1.5
Steam (high)** 96 192 288

*consumed in nuclear reactor, if nuclear reactor is running at full power (power level 3) then production and consumption of uranium rods are equal

**consumed in power channels

the total output is calculated as: output = C + [reactor's power level]

Module 3 - power channel

This module generates electricity from steam produced by nuclear reactor. Power channel module generates 30 MW of electricity. The count of power channels MUST BE equal to or greater than nuclear reactor power level.

Required Materials
Name 1 channel 2 channels 3 channels
Construction Parts I 34 68 102
Construction Parts II 200 400 600
Construction Parts III 320 640 960
Construction Parts IV 80 160 240
Concrete 200 400 600
Electronics 360 720 1080
Inputs
Name 1 channel 2 channels 3 channels
Steam (high)* 96 192 288
Workers 20 40 60
Maintenance I 28 56 84

*steam (high) is produced in reactor frame

Outputs
Name 1 channel 2 channels 3 channels
Electricity 30 60 90
Water* 72 144 216

*water is reused in reactor frame

Changes

Version Changes
1 initial version
Version Released Downloads Copy
1 Current 1 year ago 331
georgius · 1 year ago

Obsolete, working on new version updated to trains update.

PrimeDew · 5 months ago

any update on the new version?