Power Plant (Subsystem): Difference between revisions
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A '''power plant''' is required for all [[spacecraft]]. The power plant on a spacecraft consumes [[hydrogen]] to keep the spacecraft's electric [[capacitor]]s charged. The amount of power plant volume determines how quickly the capacitors recharge. | |||
A basic spacecraft, one with only a [[Helm Station|helm station]], [[Fuel_Cell|fuel cell]], [[Life_Support|life support]], and [[Gravity_Drive|gravity drives]] can run off a tiny power plant, even if the spacecraft has over 200m³ [[Gravity_Drive|gravity drive]] volume at full throttle. A larger power plant is required if the spacecraft needs to operate power-intensive systems such as [[FTL_Drive|FTL drive]]s, [[sensor]]s, [[shield]]s, [[Energy_Weapon_Turret|energy weapon turret]]s, or [[Weapon_Bay|weapon bay]]s. | |||
A basic spacecraft, one with only a [[Helm Station|helm station]], [[Fuel_Cell|fuel cell]], [[Life_Support|life support]], and [[Gravity_Drive|gravity | |||
==Quotes from patch notes== | ==Quotes from patch notes== |
Revision as of 04:57, 27 February 2024
Power Plant |
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A power plant is required for all spacecraft. The power plant on a spacecraft consumes hydrogen to keep the spacecraft's electric capacitors charged. The amount of power plant volume determines how quickly the capacitors recharge.
A basic spacecraft, one with only a helm station, fuel cell, life support, and gravity drives can run off a tiny power plant, even if the spacecraft has over 200m³ gravity drive volume at full throttle. A larger power plant is required if the spacecraft needs to operate power-intensive systems such as FTL drives, sensors, shields, energy weapon turrets, or weapon bays.
Quotes from patch notes
Related patch notes |
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Update 2017-01-17: Design Analysis
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