Hydrogen Fuel Rod

From the Dyson Sphere Program Wiki
Revision as of 10:32, 23 February 2021 by imported>76561198031408345 (Production Progression Chart)
Hydrogen Fuel Rod
End Product, Fuel
With a further development of cryo-technology, we can liquefy hydrogen to make fuel rod with higher energy. The higher the energy of the fuel rod, the more increase of the mecha fuel power.
Icon Hydrogen Fuel Rod.png
Fuel TypeChemical
Energy54.0 MJ
Fuel Chamber Gen.+200%
Made InAssembler
Hand-MakeReplicator
Stack Size30

Icon Hydrogen Fuel Rod.png
2
6 s
Icon Titanium Ingot.png
1
Icon Hydrogen.png
10

Summary

With a further development of cryo-technology, we can liquefy hydrogen to make fuel rod with higher energy. The higher the energy of the fuel rod, the more increase of the mecha fuel power.

Production Chain

Recipe Building Replicator? Technology
3 s
    

Production Progression Chart

Critical Photon-based production
Stage 1 Stage 2 Stage 3
 
120
 
 
60
 
 
60
 
300
 
300
 
 
300
 
300
Fire Ice-based production
Stage 1 Stage 2 Stage 3
 
120
 
 
60
 
 
60
 
600
 
600
 
10
 
 
300
 
600
Crude Oil-based production
Stage 1 Stage 2 Stage 3 Stage 4
 
120
 
 
60
   
 
60
 
15
 
210
 
210
 
 
210
 
105
 
14
 
 
315
 
210
 
 
315

Player Tips & Tricks

  • The recipe requires 5 Hydrogen at 8 MJ each, while the finished product has 40 MJ. This means there is no gross energy gain when burning Hydrogen when burning in a Thermal Power Station but there will be a loss of 1 Titanium Ingot.
    • However a stack of Hydrogen Fuel Rods stack better (30 * 40 MJ = 1.2 GJ) as compared to a stack of Hydrogen (20 * 8 MJ = 0.16 GJ).
      • A full Storage Tank of Hydrogen has 80 GJ of energy (8 MJ * 10000 slots)
      • A full Storage Mk.II of Hydrogen Fuel Rods has 72 GJ of energy (40 MJ * 60 slots * 30 stack size)
    • Hydrogen Fuel Rods also have an added 100% Fuel Chamber Generation bonus from component Hydrogen.
    • As a result, Hydrogen Fuel Rods should typically be used to fuel the mech as needed, and raw Hydrogen used for Thermal Power Station power generation.
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