Start Capacitors - Revision history

Gatehouse: /* Operation */

2026-05-11T20:34:11Z

Operation

← Older revision		Revision as of 14:34, 11 May 2026
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	* '''Charging:''' requires diverting power from active sources (auxiliary generators or batteries) to charge the capacitor banks. This process probably takes some time given their storage capacity.		* '''Charging:''' requires diverting power from active sources (auxiliary generators or batteries) to charge the capacitor banks. This process probably takes some time given their storage capacity.
	* '''Monitoring:''' [[Engineering]] personnel monitor the charge level via dedicated consoles or system readouts within the Engineering department or potentially the [[Bridge]] at the engineering (power) console.		* '''Monitoring:''' [[Engineering]] personnel monitor the charge level via dedicated consoles or system readouts within the Engineering department or potentially the [[Bridge]] at the engineering (power) console.
	* '''Discharge Sequence:''' ~~Once~~ fully charged, the capacitors must be discharged as part of the reactor ignition sequence. This is a specific command executed from an engineering console. A successful discharge is necessary to bring the main [[Fusion Reactor]] online. Failure to charge or discharge correctly will prevent the reactor from starting.		* '''Discharge Sequence:''' once fully charged, the capacitors must be discharged as part of the reactor ignition sequence. This is a specific command executed from an engineering console. A successful discharge is necessary to bring the main [[Fusion Reactor]] online. Failure to charge or discharge correctly will prevent the reactor from starting.

	== Relation to Other Systems ==		== Relation to Other Systems ==

Gatehouse at 20:33, 11 May 2026

2026-05-11T20:33:33Z

Dark Knight 2013 at 19:27, 16 November 2025

2025-11-16T19:27:11Z

← Older revision		Revision as of 13:27, 16 November 2025
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	The specific implementation details, console interfaces, charging times, energy capacity, and potential failure modes of the Start Capacitors are subject to refinement during [[Starship Simulator Development\|development]].		The specific implementation details, console interfaces, charging times, energy capacity, and potential failure modes of the Start Capacitors are subject to refinement during [[Starship Simulator Development\|development]].

			[[Category:Magellan G Deck features]]
	[[Category:G Deck features]]

Ayjayaredii: Updated

2025-07-08T12:10:56Z

Updated

← Older revision		Revision as of 06:10, 8 July 2025
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	{{WIP}}		{{WIP}}

	~~{{Page_Intro\|description=~~The '''Start Capacitors''' are critical components within the ship's [[Ship Systems\|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high-capacity energy storage devices, delivering the massive power surge required for reactor ignition.}}		The '''Start Capacitors''' are critical components within the ship's [[Ship Systems\|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high-capacity energy storage devices, delivering the massive power surge required for reactor ignition.

	== Purpose & Function ==		== Purpose & Function ==

Ayjayaredii: Updated with page intro

2025-07-06T17:02:09Z

Updated with page intro

← Older revision		Revision as of 11:02, 6 July 2025
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	{{WIP}}		{{WIP}}

	The '''Start Capacitors''' are critical components within the ship's [[Ship Systems\|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high-capacity energy storage devices, delivering the massive power surge required for reactor ignition.		{{Page_Intro\|description=The '''Start Capacitors''' are critical components within the ship's [[Ship Systems\|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high-capacity energy storage devices, delivering the massive power surge required for reactor ignition.}}

	== Purpose & Function ==		== Purpose & Function ==

Ayjayaredii: Updated categories

2025-06-02T14:57:15Z

Updated categories

← Older revision		Revision as of 08:57, 2 June 2025
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	[[Category:~~Ship Components]]~~		[[Category:G Deck features]]
	~~[[Category:Engineering]]~~
	~~[[Category:Power Systems]]~~
	~~[[Category:Ship Systems~~]]

Ayjayaredii: Fixed Link

2025-04-28T18:31:42Z

Fixed Link

← Older revision		Revision as of 12:31, 28 April 2025
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	The specific implementation details, console interfaces, charging times, energy capacity, and potential failure modes of the Start Capacitors are subject to refinement during [[Starship Simulator Development\|development]].		The specific implementation details, console interfaces, charging times, energy capacity, and potential failure modes of the Start Capacitors are subject to refinement during [[Starship Simulator Development\|development]].

	~~{{Links}}~~

	[[Category:Ship Components]]		[[Category:Ship Components]]

Ayjayaredii: Create page

2025-04-23T21:07:54Z

Create page

New page

{{WIP}}

The '''Start Capacitors''' are critical components within the ship's [[Ship Systems|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high-capacity energy storage devices, delivering the massive power surge required for reactor ignition.

== Purpose & Function ==
Starting a [[Fusion Reactor]] requires an enormous, instantaneous burst of energy to initiate plasma confinement and the fusion reaction itself. The Start Capacitors fulfill this need:
* '''Energy Accumulation:''' They slowly accumulate a very large electrical charge from auxiliary power sources or the ship's main [[Battery Rooms]] when the reactor is offline.
* '''Rapid Discharge:''' Upon command, they discharge this stored energy almost instantaneously, providing the high-power pulse needed by the reactor's ignition systems.
* '''Distinct from Batteries:''' While [[Battery Rooms|batteries]] provide sustained power over time, Start Capacitors are optimized for extremely fast, high-energy discharge for the specific purpose of reactor start-up.

== Location ==
The Start Capacitors are likely located within or adjacent to the main [[Engineering]] spaces, in close proximity to the [[Reactor Room]] to minimize power transmission loss during discharge. Their exact location and physical appearance are TBD (''Please update if known'').

== Operation ==
Operating the Start Capacitors is a key step in the [[Cold & Dark Start]] procedure:
* '''Charging:''' Requires diverting power from active sources (auxiliary generators or batteries) to charge the capacitor banks. This process likely takes some time.
* '''Monitoring:''' [[Engineering]] personnel monitor the charge level via dedicated consoles or system readouts within the Engineering department or potentially the [[Bridge]].
* '''Discharge Sequence:''' Once fully charged, the capacitors must be discharged as part of the reactor ignition sequence. This is likely a specific command executed from an engineering console. A successful discharge is necessary to bring the main [[Fusion Reactor]] online. Failure to charge or discharge correctly will prevent the reactor from starting.

== Relation to Other Systems ==
* '''[[Fusion Reactor]]:''' Directly interfaces with the reactor's ignition system.
* '''[[Ship Systems|Power Systems]]:''' Charged by the ship's power grid, drawing from [[Battery Rooms]] or auxiliary sources when the main reactor is offline.
* '''[[Engineering]] Consoles:''' Monitored and controlled via interfaces within Engineering.
* '''[[Cold & Dark Start]]:''' An essential step in this specific start-up procedure (see [[Tutorial:Cold and Dark]]).

== Development Status ==
The specific implementation details, console interfaces, charging times, energy capacity, and potential failure modes of the Start Capacitors are subject to refinement during [[Starship Simulator Development|development]].

{{Links}}

[[Category:Ship Components]]
[[Category:Engineering]]
[[Category:Power Systems]]
[[Category:Ship Systems]]

← Older revision		Revision as of 14:33, 11 May 2026
Line 1:		Line 1:
	{{WIP}}		{{WIP}}

	The '''Start Capacitors''' are critical components within the ship's [[Ship Systems\|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high-capacity energy storage devices, delivering the massive power surge required for reactor ignition.		The '''Start Capacitors''' are critical components within the ship's [[Ship Systems\|Power Systems]], specifically designed to initiate the main [[Fusion Reactor]]. They function as high capacity energy storage devices, delivering the massive power surge required for reactor ignition.

	== Purpose & Function ==		== Purpose & Function ==
	Starting a [[Fusion Reactor]] requires an enormous, instantaneous burst of energy to initiate plasma confinement and the fusion reaction itself. The Start Capacitors fulfill this need:		Starting a [[Fusion Reactor]] requires an enormous, instantaneous burst of energy to initiate plasma confinement and the fusion reaction itself. The Start Capacitors fulfill this need:
	* '''Energy Accumulation:''' ~~They~~ slowly accumulate a very large electrical charge from auxiliary power sources or the ship's main [[Battery Rooms]] when the reactor is offline.		* '''Energy Accumulation:'''they slowly accumulate a very large electrical charge from auxiliary power sources or the ship's main [[Battery Rooms]] when the reactor is offline.
	* '''Rapid Discharge:''~~' Upon~~ command, they discharge this stored energy almost instantaneously, providing the ~~high-power~~ pulse needed by the reactor's ignition systems.		* '''Rapid Discharge:''upon command, they discharge this stored energy almost instantaneously, providing the highly powered pulse needed by the reactor's ignition systems.
	* '''Distinct from Batteries:''' While [[Battery Rooms\|batteries]] provide sustained power over time, Start Capacitors are optimized for extremely fast, ~~high-energy~~ discharge for the specific purpose of reactor start-up.		* '''Distinct from Batteries:''' While [[Battery Rooms\|batteries]] provide sustained power over time, Start Capacitors are optimized for extremely fast, highly energised discharge for the specific purpose of reactor start-up.

	== Location ==		== Location ==
	The Start Capacitors are ~~likely~~ located within or adjacent to the main [[Engineering]] spaces, in close proximity to the [[Reactor Room]] to minimize power transmission loss during discharge. Their ~~exact location and~~ physical appearance are TBD (''Please update if known'').		The Start Capacitors are located within or adjacent to the main [[Engineering]] spaces, in close proximity to the [[Reactor Room]] to minimize power transmission loss during discharge. Their physical appearance are TBD (''Please update if known'').

	== Operation ==		== Operation ==
	Operating the Start Capacitors is a key step in the [[Cold & Dark Start]] procedure:		Operating the Start Capacitors is a key step in the [[Cold & Dark Start]] procedure:
	* '''Charging:''' ~~Requires~~ diverting power from active sources (auxiliary generators or batteries) to charge the capacitor banks. This process ~~likely~~ takes some time.		* '''Charging:''' requires diverting power from active sources (auxiliary generators or batteries) to charge the capacitor banks. This process probably takes some time given their storage capacity.
	* '''Monitoring:''' [[Engineering]] personnel monitor the charge level via dedicated consoles or system readouts within the Engineering department or potentially the [[Bridge]].		* '''Monitoring:''' [[Engineering]] personnel monitor the charge level via dedicated consoles or system readouts within the Engineering department or potentially the [[Bridge]] at the engineering (power) console.
	* '''Discharge Sequence:''' Once fully charged, the capacitors must be discharged as part of the reactor ignition sequence. This is ~~likely~~ a specific command executed from an engineering console. A successful discharge is necessary to bring the main [[Fusion Reactor]] online. Failure to charge or discharge correctly will prevent the reactor from starting.		* '''Discharge Sequence:''' Once fully charged, the capacitors must be discharged as part of the reactor ignition sequence. This is a specific command executed from an engineering console. A successful discharge is necessary to bring the main [[Fusion Reactor]] online. Failure to charge or discharge correctly will prevent the reactor from starting.

	== Relation to Other Systems ==		== Relation to Other Systems ==
	* '''[[Fusion Reactor]]:''' ~~Directly~~ interfaces with the reactor's ignition system.		* '''[[Fusion Reactor]]:''' directly interfaces with the reactor's ignition system.
	* '''[[Ship Systems\|Power Systems]]:''' ~~Charged~~ by the ship's power grid, drawing from [[Battery Rooms]] or auxiliary sources when the main reactor is offline.		* '''[[Ship Systems\|Power Systems]]:''' charged by the ship's power grid, drawing from [[Battery Rooms]] or auxiliary sources when the main reactor is offline.
	* '''[[Engineering]] Consoles:''' ~~Monitored~~ and controlled via interfaces within Engineering.		* '''[[Engineering]] Consoles:''' monitored and controlled via interfaces within Engineering.
	* '''[[Cold & Dark Start]]:''' An essential step in this specific start-up procedure (see [[Tutorial:Cold and Dark]]).		* '''[[Cold & Dark Start]]:''' an essential step in this specific start-up procedure (see [[Tutorial:Cold and Dark]]).

	== Development Status ==		== Development Status ==