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Mekanism 1.12.2 30MRF/s Fusion Reactor Setup

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Jan 23rd, 2020
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  1. Laser Initiator:
  2. 26 Laser Amplifiers
  3. 80 Lasers
  4.  
  5. Structure: 9x8x9
  6. Power: 160,000 RF/t
  7.  
  8. Fusion Reactor:
  9. 1 Controller
  10. 8 Reactor Glass
  11. 5 Ports
  12. 1 Laser Focus Matrix
  13. 51 Frame
  14.  
  15. (66 Total)
  16.  
  17. 1 Hohlraum
  18. D-T fuel (chemical infuser)
  19. 1 Electric Pump
  20. 8 Speed Upgrades
  21. 8 energy Upgrades
  22.  
  23. Structure: 5x5x5
  24. Input: Deuterium, 12 mB/t
  25. Tritium, 12 mB/t
  26. Water, 1,312,000 mB/t (returned from Turbine, filled from pool)
  27. Output: Steam, 1,312,000 mB/t
  28. Power: 400 Rf/t
  29.  
  30. Deuterium Fuel:
  31. 4 Pumps
  32. 1 Electrolytic Separator
  33. 1 Ultimate gas tank
  34. 40 ea. speed and energy upgrades
  35. 4 Filter upgrades
  36. 4 Muffling Upgrades
  37.  
  38. Input: (water from pool)
  39. Output: Deuterium (gas), 400 mB/t
  40. Power: 2,560 RF/t
  41.  
  42. Evaporation:
  43. 2 Thermal Evaporation Controller
  44. 6 Thermal Evaporation Valves
  45. 424 Thermal Evaporation Blocks
  46.  
  47. 4 Pumps
  48. 2 Resistive Heaters
  49. 32 ea. Speed and energy upgrades
  50.  
  51. Each Structure 4x4x18
  52.  
  53. Input: (water from pool)
  54. Output: Liquid Lithium, 20 mB/t
  55. Power: 2,600 RF/t
  56.  
  57.  
  58. Lithium Processing:
  59. 1 Drum / Black Hole Tank
  60. 1 Rotary Condensentrator
  61. 1 Neutron Activator (must see sky, works during day)
  62. 1 Ultimate Gas Tank
  63.  
  64. 16 Speed upgrades
  65. 8 Energy Upgrades
  66. 4 Muffling Upgrades
  67.  
  68. Input: Liquid Lithium, 20 mB/t
  69. Output: Tritium Gas, 20 mB/t
  70. Power: 40 RF/t
  71.  
  72. Industrial Turbine:
  73. 8 Turbine Rotor
  74. 16 Turbine Blade
  75. 121 Turbine Casing
  76. 158 Structural Glass
  77. 1 Rotational Complex
  78. 24 Pressure Disperser
  79. 9 Electromagnetic Coils
  80. 41 Saturating Condenser
  81. 85 Turbine Vents
  82. 2 Turbine Valves
  83.  
  84. Structure: 7x7x13
  85. Input: Steam, 1,312,000 mB/t
  86. Output: Water, 1,312,000 mB/t
  87.  
  88. Generates: 30,000,000+ RF/t
  89.  
  90. Notes:
  91. - Evap towers don't need sunlight or solar panels,
  92. use resistive heaters instead, set to 500 RF/tick.
  93. Input heat through a valve block
  94. - Neutron Activator needs direct sky, can be through glass
  95. - Laser Initiator should be charged when needed, then
  96. turned off. It is a big power drain.
  97. - Fusion Reactor is set to 36 mB/t injection rate
  98. - Mekanism Pipe Throughput depends on the number of segments,
  99. Ultimate pipes are 64,000 mB/t/pipe. It takes 21 pipes
  100. to achieve 1,312,000 mB/t. This is needed for both steam and
  101. return water.
  102. - Turbine construction:
  103. Base: 7x7 Casing
  104. All edges: Casing
  105. Sides: 8x5 Structural glass, except for 2 valves,
  106. Above that, 3x5 Vents
  107. Top: 5x5 Vents
  108. Interior:
  109. Layers 1-8: 8 Turbine Rotor, stack in center
  110. 16 Turbine Blades, right click on rotor
  111. Layer 9: 1 Rotational Matrix, in center
  112. 24 Pressure Dispersers
  113. Layer 10: 9 Electromagnetic coils, 3x3 in center
  114. 16 Saturating Condenser, in ring around coils
  115. Layer 11: 25 Saturating Condenser
  116. - System Limiting factor is number of saturating condensers,
  117. controlling the return water flow rate, but it is pretty close to the
  118. limit of the turbine vents, and about 90% of the limit of the
  119. brine/lithium production.
  120. - The neutron activator only works during the day, but am
  121. ultimate gas tank easily buffers through the night, and the
  122. activator can catch up pretty quickly. It may be possible
  123. to run out if there is a long enough sequence of rain/night
  124. that prevents the activator from running.
  125. - Use Advanced pipe instead of Ultimate for filling the steam loop,
  126. and set the pipes to pull from the pumps actively. This prevents
  127. an annoying flicker.
  128. - The entire balance-of-plant power usage comes to 6,800 RF/t, plus
  129. 160kRF/t for charging the lasers. Basic universal cable is enough
  130. to handle this.
  131. - Extracting 30MRF/t requires 235 Ultimate cables, or a direct
  132. connection to Draconic or Flux Network (Draconic must be a single
  133. hop, or an energy pylon directly attached to the turbine)
  134. - Beware that lasers may come pre-charged, and can immediately start
  135. destroying blocks and/or damaging the player when they are placed.
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