Interstellar Logistics Station

From the Dyson Sphere Program Wiki
Revision as of 03:25, 25 February 2021 by imported>76561198015441998 (Added charging calculation)
Interstellar Logistics Station
Logistics
The magnificent space elevator realizes more convenient transportation of materials between planets. It can connect factories on different planets to form a gigantic industrial empire.
Icon Interstellar Logistics Station.png
Storage5 types
Max Charging Power300 MW
Idle Consumption60 kW
Accumulated12.0 GJ
Made InAssembler
Hand-MakeReplicator
Stack Size10

Icon Interstellar Logistics Station.png
1
30 s
Icon Planetary Logistics Station.png
1
Icon Titanium Alloy.png
40
Icon Particle Container.png
20

Summary

You can find a tutorial on how the logistics stations work here.

Production Chain

Recipe Building Replicator? Technology
30 s
 
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Production Progression Chart

Unipolar Magnet-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6
 
120
 
120
 
40
 
 
80
 
40
   
 
320
 
160
 
80
 
40
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
200
 
 
20
 
 
40
 
40
 
120
 
120
 
40
 
40
 
 
80
 
40
 
 
80
   
 
200
 
 
20
   
 
40
 
40
Fire Ice-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
 
120
 
120
 
40
     
 
20
 
40
 
80
 
40
       
 
320
 
160
 
80
 
40
   
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
160
 
160
 
 
80
 
40
 
20
 
20
 
80
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
80
 
80
 
80
 
 
40
 
40
 
40
 
40
     
 
40
 
40
 
20
     
 
120
 
120
 
40
 
40
     
 
80
 
40
 
 
80
   
 
160
 
160
 
 
80
 
40
 
20
 
20
 
 
80
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
80
 
80
 
80
 
 
40
 
40
 
40
 
40
     
 
40
 
40
 
20
     
Coal- and Sulfuric Acid-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
 
120
 
120
 
40
     
 
80
 
40
       
 
320
 
160
 
80
 
40
   
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
160
 
160
 
 
80
 
40
 
20
 
80
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
80
 
80
 
80
 
 
40
 
40
 
40
 
40
     
 
120
 
60
 
40
   
 
20
 
 
120
 
120
 
40
 
40
     
 
80
 
40
 
 
80
   
 
160
 
160
 
 
80
 
40
 
20
 
 
80
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
80
 
80
 
80
 
 
40
 
40
 
40
 
40
     
 
120
 
60
 
40
   
 
20
 
Crude Oil- and Sulfuric Acid-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
 
120
 
120
 
40
     
 
90
 
180
 
80
 
40
       
 
320
 
160
 
80
 
40
   
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
160
 
160
 
 
80
 
40
 
20
 
90
 
80
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
80
 
80
 
80
 
 
40
 
40
 
40
 
40
     
 
60
 
60
 
30
 
60
 
90
 
40
 
90
 
 
20
   
 
120
 
120
 
40
 
40
     
 
80
 
40
 
 
80
   
 
160
 
160
 
 
80
 
40
 
20
 
90
 
 
80
 
80
 
80
 
80
 
80
 
80
 
40
 
40
 
80
 
80
 
80
 
 
40
 
40
 
40
 
40
     
 
60
 
60
 
30
 
60
 
90
 
40
 
90
 
 
20
   

Note: Hydrogen created during Crude Oil-based production must be recycled through the system to ensure full efficiency. Hydrogen quantity shown in Stage 8 is remaining surplus Hydrogen which can be diverted elsewhere.

Used In

Recipe Building Replicator? Technology
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Player Tips & Tricks

  • Each Interstellar Logistics Station can host up to 50 Logistics Drones and up to 10 Logistics Vessels.
  • Power draw of the station is proportional to the amount of current energy loss. This means that at 0 J, the total max charging power will be utilized across the power grid, and the power draw proportionally decreases the more the energy is stored in the station.
    • At a max charging power of 60 MW, the station will draw 54 MW when it only has 1.2 GJ stored (60 MW * (12 GJ - 1.2 GJ)/12 GJ)
    • At a max charging power of 60 MW, the station will draw 6 MW when it only has 10.8 GJ stored (60 MW * (12 GJ - 10.8 GJ)/12 GJ)
    • Because of this, power draw is relatively low once the station is charged, but it can overload low power networks when first created.


Configuring Logistics

Local Storage and Remote Demand will make the station demand items from remote stations for output via belts.

Local Storage and Remote Supply will make the station supply items for remote stations.

Local Demand and Remote Storage will make the station demand items from local (same planet) stations for output via belts.

  • Local Storage - Items in the station should be kept locally for output via belt, do not request or send items to stations on the same planet.
  • Local Supply - Items in this station should be available to stations on the same planet via logistics drones.
  • Local Demand - Items from stations on this planet should be brought to this station.
  • Remote Storage - Items in this station should be kept locally (on the same planet) for output via belt, do not request or send items to stations on other planets.
  • Remote Supply - Items in this station should be available to stations on other planets via logistics vessels.
  • Remote Demand - Items from stations on other planets should be brought to this station via logistics vessels.

Note about inter-star logistics

Logistics Vessels can move items between planets from different stars, once Logistics Carrier Engine is upgraded to level 4. This upgrade allows logistics vessels to initiate warp, and also adds a special slot to Interstellar Logistics Stations for storing Space Warpers.

When a logistics vessel undertakes an inter-star journey, it will attempt to take 2 Space Warpers from the dedicated Space Warper slot of its Interstellar Logistics Station.

Warning: if no Space Warpers are available, logistics vessels will still attempt to make inter-star journeys if "Must Equip Warpers" is not checked on the Interstellar Logistics Station, which may take hours.

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