Build:Impulse Engines: Difference between revisions
No edit summary |
|||
| (10 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
__toc__ | __toc__ | ||
==7.2 Impulse | ==7.2 Impulse Engine Power== | ||
As described [[Impulse_Propulsion_System_%28Build%29#6.2.3_Main_Impulse_Engines|previously]], a ship’s impulse engines also provide power for other systems. This power is cumulative with power generated by the warp engines. | As described [[Impulse_Propulsion_System_%28Build%29#6.2.3_Main_Impulse_Engines|previously]], a ship’s impulse engines also provide power for other systems. This power is cumulative with power generated by the warp engines. | ||
===7.2.1 Fission Power Systems=== | |||
Fission reactors onboard vessels provide power to the ship's general systems, as well as the propulsion plants for which they were generally developed. The value is established as 4 Power per set of fission reactors, as discussed in [[Build:Impulse_Propulsion_System#6.2.2_Fission_Propulsion_Systems|6.2.2 Fission Propulsion Systems]]. Additional fission reactor sets can be added to provide additional power. | |||
===7.2.2 Fusion Power Systems/Atomic Piles=== | |||
Fusion reactors onboard vessels provide power to the ship's general systems, as well as the propulsion plants for which they were generally developed. The value varies per the table associated with [[Build:Impulse_Propulsion_System#6.2.3_Fusion_Propulsion_Systems/Atomic_Piles|6.2.3 Fusion Propulsion Systems/Atomic Piles]]. Additional fusion reactor sets can be added to provide additional power. | |||
===7.2.3 Main Impulse Engines=== | |||
The first two components (of four) in an impulse propulsion system (IPS) generate and accelerate energy for the impulse engine set to which they are installed, but also provide power to the ship's general systems. The output value varies per the table associated with [[Build:Impulse_Propulsion_System#6.2.4_Main_Impulse_Engines|6.2.4 Main Impulse Engines]]. Fusion reactors are installed as auxiliary generators when the ship needs more operational power than its warp core and impulse reactors can spare after supporting propulsion. | |||
---- | ---- | ||
==Construction Rules Index== | ==Construction Rules Index== | ||
* [[Construction Rules|Back to the Table of Contents]] | * [[Construction Rules|Back to the Table of Contents]] | ||
* [[Build: Power Systems|Back to Chapter 7.0: Power Systems ]] | * [[Build: Power Systems|Back to Chapter 7.0: Power Systems]] | ||
* [[Build: Solar Power Systems|On to Solar Power Systems]] | |||
[[Category:Build|{{PAGENAME}}]] | [[Category: Build|{{PAGENAME}}]] | ||
[[Category: Build (Power Systems)|{{PAGENAME}}]] | :[[Category: Build (Power Systems)|{{PAGENAME}}]] | ||
Latest revision as of 05:12, 26 August 2026
7.2 Impulse Engine Power
As described previously, a ship’s impulse engines also provide power for other systems. This power is cumulative with power generated by the warp engines.
7.2.1 Fission Power Systems
Fission reactors onboard vessels provide power to the ship's general systems, as well as the propulsion plants for which they were generally developed. The value is established as 4 Power per set of fission reactors, as discussed in 6.2.2 Fission Propulsion Systems. Additional fission reactor sets can be added to provide additional power.
7.2.2 Fusion Power Systems/Atomic Piles
Fusion reactors onboard vessels provide power to the ship's general systems, as well as the propulsion plants for which they were generally developed. The value varies per the table associated with 6.2.3 Fusion Propulsion Systems/Atomic Piles. Additional fusion reactor sets can be added to provide additional power.
7.2.3 Main Impulse Engines
The first two components (of four) in an impulse propulsion system (IPS) generate and accelerate energy for the impulse engine set to which they are installed, but also provide power to the ship's general systems. The output value varies per the table associated with 6.2.4 Main Impulse Engines. Fusion reactors are installed as auxiliary generators when the ship needs more operational power than its warp core and impulse reactors can spare after supporting propulsion.