Difference between revisions of "Power Source"

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Line 20: Line 20:
 
|-
 
|-
 
| 3 || [[Deuterium Engine]] || 9 || 175 || 6
 
| 3 || [[Deuterium Engine]] || 9 || 175 || 6
 +
|-
 +
| *4 || [[Enhanced Nuclear Core]] || 12 || 200 || 8
 
|-
 
|-
 
| *4 || [[Heavy Deuterium Engine]] || 13 || 210 || 7
 
| *4 || [[Heavy Deuterium Engine]] || 13 || 210 || 7
 
|-
 
|-
 
| 4 || [[Improved Deuterium Engine]] || 11 || 190  || 7
 
| 4 || [[Improved Deuterium Engine]] || 11 || 190  || 7
 +
|-
 +
| 4 || [[Micro Nuclear Core]] || 10 || 50 || 7
 
|-
 
|-
 
| *5 || [[Cold Fusion Reactor]] || 10 || 100 || 0
 
| *5 || [[Cold Fusion Reactor]] || 10 || 100 || 0

Revision as of 20:05, 8 June 2015

Engines, power cores, and reactors are parts that supply the power necessary to run other systems. Be aware that most power sources will shut down temporarily when the core begins overheating.

Rating Name Supply Storage Heat
1 Backup Power I 4 0 3
1 Light Ion Engine 5 25 5
1 Ion Engine 5 15 5
*2 Heavy Ion Engine 9 180 6
2 Improved Ion Engine 7 165 6
3 Light Nuclear Core 9 60 7
3 Light Deuterium Engine 9 40 6
3 Deuterium Engine 9 175 6
*4 Enhanced Nuclear Core 12 200 8
*4 Heavy Deuterium Engine 13 210 7
4 Improved Deuterium Engine 11 190 7
4 Micro Nuclear Core 10 50 7
*5 Cold Fusion Reactor 10 100 0
5 Light Fission Core 13 60 8
5 Light Angular Momentum Engine 13 50 7
5 Angular Momentum Engine 13 200 8
*5 F-Cell Engine 16 220 7
6 Neutrino Core 14 215 8
*6 Fusion Reactor 25 195 15
*6 Enhanced Fission Core 14 250 8
7 Backup Power VII 12 0 6
7 Anti-Matter Reactor 16 225 9
*7 Mini Fusion Reactor 30 30 15
8 Particle Reactor 18 240 9
*9 Singularity Reactor 70/3 1000/3 5
9 Quantum Reactor 20 250 10