编辑“核心部件”（章节）

== Reactor ==
A ship's reactor generates power for its other systems, and a new ship design cannot be created if it has negative power. Excess power slightly increases a ship's evasion, movement speed, and damage.

{| class="mildtable plainlist"
! rowspan = "2" style="width:300px" | Reactor !! colspan = "2" | Corvette !! colspan = "2" | Destroyer !! colspan = "2" | Cruiser !! colspan = "2" | Battleship !! colspan = "2" | Titan !! colspan = "2" | Defense platform !! Juggernaut !! Colossus
! rowspan = "2" | Requirements
|-
! Cost !! {{icon|power}} Power
! Cost !! {{icon|power}} Power
! Cost !! {{icon|power}} Power
! Cost !! {{icon|power}} Power
! Cost !! {{icon|power}} Power
! Cost !! {{icon|power}} Power
! {{icon|power}} Power
! {{icon|power}} Power
|-
| {{iconbox|Fission Reactor|This energy source generates power for ships through induced fission, but it also produces harmful nuclear waste.|image=Ship_part_reactor_1.png}}

| {{icon|Alloys}} 10 || 75
| {{icon|Alloys}} 20 || 140
| {{icon|Alloys}} 40 || 280
| {{icon|Alloys}} 80 || 550
| {{icon|Alloys}} 160 || 1100
| {{icon|Alloys}} 20 || 200
| 1650
| {{icon|no}}
| {{iconify|Fission Power|24px}}

|-
| {{iconbox|Fusion Reactor|Nuclear fusion processes generate a great amount of power for ships, but without many of the risks associated with fission power.|image=Ship_part_reactor_2.png}}
| {{icon|Alloys}} 13 || 100
| {{icon|Alloys}} 26 || 180
| {{icon|Alloys}} 52 || 360
| {{icon|Alloys}} 104 || 720
| {{icon|Alloys}} 208 || 1450
| {{icon|Alloys}} 26 || 260
| 2170
| {{icon|no}}
| {{iconify|Fusion Power|24px}}

|-
| {{iconbox|Cold Fusion Reactor|The ability to sustain a fusion reaction at relatively low temperatures will result in a new generation of fusion reactors for our ships.|image=Ship_part_reactor_3.png}}
| {{icon|Alloys}} 17 || 130
| {{icon|Alloys}} 34 || 240
| {{icon|Alloys}} 68 || 480
| {{icon|Alloys}} 136 || 950
| {{icon|Alloys}} 272 || 1900
| {{icon|Alloys}} 34 || 340
| 2850
| {{icon|no}}
| {{iconify|Cold Fusion Power|24px}}

|-
| {{iconbox|Antimatter Reactor|By harnessing the energy produced by matter/antimatter annihilations, our efficiency at generating ship power will be orders of magnitude better than fusion.|image=Ship_part_reactor_4.png}}
| {{icon|Alloys}} 22 || 170
| {{icon|Alloys}} 44 || 320
| {{icon|Alloys}} 88 || 620
| {{icon|Alloys}} 176 || 1250
| {{icon|Alloys}} 352 || 2500
| {{icon|Alloys}} 44 || 440
| 3750
| {{icon|no}}
| {{iconify|Antimatter Power|24px}}

|-
| {{iconbox|Zero-Point Reactor|These generators extract vacuum energy, providing an almost limitless supply of ship power. There is no more efficient way to generate energy.|image=Ship_part_reactor_5.png}}
| {{icon|Alloys}} 28 || 220
| {{icon|Alloys}} 56 || 430
| {{icon|Alloys}} 112 || 800
| {{icon|Alloys}} 224 || 1550
| {{icon|Alloys}} 448 || 3200
| {{icon|Alloys}} 56 || 575
| 4550
| 10000
| {{iconify|Zero Point Power|24px}}

|-
| {{iconbox|Dark Matter Reactor|These generators appear to somehow draw energy directly from dark matter, providing more ship power than should be possible according to the laws of physics.|image=Ship_part_dark_matter_power_core.png}}
| {{icon|Alloys}} 37<br>{{icon|Dark Matter}} 1 || 285
| {{icon|Alloys}} 74<br>{{icon|Dark Matter}} 2 || 550
| {{icon|Alloys}} 148<br>{{icon|Dark Matter}} 4 || 1030
| {{icon|Alloys}} 296<br>{{icon|Dark Matter}} 8 || 2000
| {{icon|Alloys}} 592<br>{{icon|Dark Matter}} 16 || 4200
| {{icon|Alloys}} 74<br>{{icon|Dark Matter}} 4 || 750
| 6200
| 10000
| {{iconify|Dark Matter Power|24px}}
|}