Editing Power Plants (section)

==Components ([[CSharp|C#]])==
'''Power Plant Technology''' is the type of power plant to build. It determines the power / hull space ratio and the cost / hull space.
{| class="wikitable" style="text-align: center;"
! Technology !! Conventional !! Radioisotope Thermal !! Pressurised Water !! Pebble Bed !! Gaseous Fission !! Magnetic Mirror Fusion !! Stellarator Fusion !! Tokamak Fusion !! Inertial Confinement Fusion !! Solid-core Anti-matter !! Gas-core Anti-matter !! Plasma-core Anti-matter !! Beam Core Anti-matter !! Vacuum Energy !! Quantum Singularity
|-
! Power per HS
|0.5||2||2.5||3.2||4||5||6.4||8||10||12.8||16||20||24||32||40
|-
! RP cost
|N/A||600*||1,200||2,400||3,600||6,000||12,000||24,000||45,000||90,000||180,000||375,000||750,000||1,500,000||3,000,000
|}

Note that the Radioisotope Thermal reactor starts researched unless you're on a [[conventional]] start.

'''Power Boost''' allows you to get more power out of a plant of any given size, at the expense of a higher chance of [[secondary explosion]] if the reactor is hit. 

{| class="wikitable" style="text-align: center;"
! Boost !! 0% !! 10% !! 20% !! 30% !! 40% !! 60% !! 80% || 100%
|-
! Explosion Chance
|5%||7%||10%||15%||20%||30%||40%||50%
|-
! RP cost
| - ||500||1,000||2,000||4,000||8,000||15,000||30,000
|}

'''Size''' is exactly what it sounds like - the power plant's size in [[HS]]. There is no tech for size, and the player can choose freely from 0.01 HS up to 30.75 HS. A power plant's efficiency is multiplied by the square root of its size, so a size-4 reactor will be sqrt(4) = 2x more efficient at producing power per HS. This is shown in game as "Power Adjustment: 100%".