Build:Electroplasma Systems - Revision history

Dan: /* 7.7 Electroplasma System */

2026-10-04T11:38:59Z

7.7 Electroplasma System

← Older revision		Revision as of 04:38, 4 October 2026
Line 9:		Line 9:
	The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of Power. Most Star Fleet vessels build in enough capacity to handle substantial extra Power flow (and to compensate for any damage the EPS system may suffer during combat); +100 to +300 points (+10 to +30 SUs) is standard. The mandatory Star Fleet minimum for most vessels is +50 Power (+5 SUs).		The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of Power. Most Star Fleet vessels build in enough capacity to handle substantial extra Power flow (and to compensate for any damage the EPS system may suffer during combat); +100 to +300 points (+10 to +30 SUs) is standard. The mandatory Star Fleet minimum for most vessels is +50 Power (+5 SUs).

	Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "'''power distribution system'''"), though usually without the mandatory addition of redundant capability on the earliest ones.

	'''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.		'''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.

Dan at 11:37, 4 October 2026

2026-10-04T11:37:24Z

← Older revision		Revision as of 04:37, 4 October 2026
Line 11:		Line 11:
	Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.

	('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)		'''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.

	('''Planetary Facilities''': Planetary facilities do not (generally) require rigorous EPS. Unless mandated for power-intensive systems, such as weapons or shielding, most will get by with SCUs of 5.)		'''Planetary Facilities''': Planetary facilities do not (generally) require rigorous EPS. Unless mandated for power-intensive systems, such as weapons or shielding, most will get by with SCUs of 5.

	----		----

Dan: /* 7.7 Electroplasma System */

2026-08-31T03:59:55Z

7.7 Electroplasma System

← Older revision		Revision as of 20:59, 30 August 2026
Line 2:		Line 2:
	==7.7 Electroplasma System==		==7.7 Electroplasma System==
	'''(Required)'''<br>		'''(Required)'''<br>
	'''Cost:''' 5 x Size, plus Star Fleet-mandatory +5; additional +10 to +30 is common on combat vessels<br>		'''Cost:''' 5 x Size, plus Star Fleet-mandatory +5 SU; transfer 10 extra Power per round per +1 SU; additional +10 to +30 SU is common on combat vessels<br>
	'''Power Requirement:''' ~~none~~		'''Power Requirement:''' None

	Power from the warp engine, impulse engines, and other sources is routed throughout the ship by the electroplasma system (EPS). The EPS is a network of microwave power transmission wave guides. A ship’s EPS is assumed to be able to handle the ~~power~~ flow to run all systems at up to maximum efficiency without difficulty. But when there’s a need to transfer more ~~power—for~~ example, to increase the damage a phaser does, boost the strength of the shields, or feed more ~~power~~ to the sensors to punch through some interference—the EPS may not be able to handle the demands placed on it. The quality and efficiency of an EPS determine how much power a starship can transfer each round.		Power from the warp engine, impulse engines, and other sources is routed throughout the ship by the electroplasma system (EPS). The EPS is a network of microwave power transmission wave guides. A ship’s EPS is assumed to be able to handle the Power flow to run all systems at up to maximum efficiency without difficulty. But when there’s a need to transfer more Power—for example, to increase the damage a phaser does, boost the strength of the shields, or feed more Power to the sensors to punch through some interference—the EPS may not be able to handle the demands placed on it. The quality and efficiency of an EPS determine how much power a starship can transfer each round.

	The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of ~~power~~. Most Star Fleet vessels build in enough capacity to handle substantial extra ~~power~~ flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.		The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of Power. Most Star Fleet vessels build in enough capacity to handle substantial extra Power flow (and to compensate for any damage the EPS system may suffer during combat); +100 to +300 points (+10 to +30 SUs) is standard. The mandatory Star Fleet minimum for most vessels is +50 Power (+5 SUs).

	Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.

Dan: /* 7.7 Electroplasma System */

2026-08-26T15:50:50Z

7.7 Electroplasma System

← Older revision		Revision as of 08:50, 26 August 2026
Line 2:		Line 2:
	==7.7 Electroplasma System==		==7.7 Electroplasma System==
	'''(Required)'''<br>		'''(Required)'''<br>
	'''Cost:''' 5 x Size, plus Star Fleet-mandatory +5; additional +10 to +30 is common on combat vessels		'''Cost:''' 5 x Size, plus Star Fleet-mandatory +5; additional +10 to +30 is common on combat vessels<br>
			'''Power Requirement:''' none

	Power from the warp engine, impulse engines, and other sources is routed throughout the ship by the electroplasma system (EPS). The EPS is a network of microwave power transmission wave guides. A ship’s EPS is assumed to be able to handle the power flow to run all systems at up to maximum efficiency without difficulty. But when there’s a need to transfer more power—for example, to increase the damage a phaser does, boost the strength of the shields, or feed more power to the sensors to punch through some interference—the EPS may not be able to handle the demands placed on it. The quality and efficiency of an EPS determine how much power a starship can transfer each round.		Power from the warp engine, impulse engines, and other sources is routed throughout the ship by the electroplasma system (EPS). The EPS is a network of microwave power transmission wave guides. A ship’s EPS is assumed to be able to handle the power flow to run all systems at up to maximum efficiency without difficulty. But when there’s a need to transfer more power—for example, to increase the damage a phaser does, boost the strength of the shields, or feed more power to the sensors to punch through some interference—the EPS may not be able to handle the demands placed on it. The quality and efficiency of an EPS determine how much power a starship can transfer each round.

Dan at 23:44, 6 January 2026

2026-01-06T23:44:00Z

← Older revision		Revision as of 16:44, 6 January 2026
Line 21:		Line 21:
	==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: Isomagnetic EPS Conduits\|On to Isomagnetic EPS Conduits]]


	[[Category: Build\|{{PAGENAME}}]]		[[Category: Build\|{{PAGENAME}}]]
	[[Category: Build (Power Systems)\|{{PAGENAME}}]]		:[[Category: Build (Power Systems)\|{{PAGENAME}}]]

Dan at 22:56, 31 December 2025

2025-12-31T22:56:00Z

← Older revision		Revision as of 15:56, 31 December 2025
Line 14:		Line 14:
	('''Planetary Facilities''': Planetary facilities do not (generally) require rigorous EPS. Unless mandated for power-intensive systems, such as weapons or shielding, most will get by with SCUs of 5.)		('''Planetary Facilities''': Planetary facilities do not (generally) require rigorous EPS. Unless mandated for power-intensive systems, such as weapons or shielding, most will get by with SCUs of 5.)

	~~<br><br>~~
	----		----

Line 25:		Line 24:


	[[Category:Build\|{{PAGENAME}}]]		[[Category: Build\|{{PAGENAME}}]]
	[[Category: Build (Power Systems)\|{{PAGENAME}}]]		[[Category: Build (Power Systems)\|{{PAGENAME}}]]

Dan: /* 7.7 Electroplasma System */

2023-09-27T01:39:24Z

7.7 Electroplasma System

← Older revision		Revision as of 18:39, 26 September 2023
Line 8:		Line 8:
	The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of power. Most Star Fleet vessels build in enough capacity to handle substantial extra power flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.		The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of power. Most Star Fleet vessels build in enough capacity to handle substantial extra power flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.

	Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "~~electrical~~ distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.

	('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)		('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)

Dan: /* 7.7 Electroplasma System */

2023-09-27T01:38:55Z

7.7 Electroplasma System

← Older revision		Revision as of 18:38, 26 September 2023
Line 8:		Line 8:
	The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of power. Most Star Fleet vessels build in enough capacity to handle substantial extra power flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.		The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of power. Most Star Fleet vessels build in enough capacity to handle substantial extra power flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.

	Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "~~power network~~"), though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "electrical distribution system"), though usually without the mandatory addition of redundant capability on the earliest ones.

	('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)		('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)

Dan: /* 7.7 Electroplasma System */

2023-09-27T01:38:01Z

7.7 Electroplasma System

← Older revision		Revision as of 18:38, 26 September 2023
Line 8:		Line 8:
	The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of power. Most Star Fleet vessels build in enough capacity to handle substantial extra power flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.		The base SU cost of an EPS is 5 x Size. That allows the ship to use all systems at their maximum normal performance without problem. For each SU spent beyond that, the EPS can handle transferring 10 additional points of power. Most Star Fleet vessels build in enough capacity to handle substantial extra power flow (and to compensate for any damage the EPS system may suffer during combat); +10 to +30 SUs is standard. The mandatory Star Fleet minimum for most vessels is +5 SUs.

	Pre-warp vessels had similar power systems to the electroplasma system, though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system (colloquially referred to as the "power network"), though usually without the mandatory addition of redundant capability on the earliest ones.

	('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)		('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)
Line 16:		Line 16:
	<br><br>		<br><br>
	----		----

	==SFC Technology Index==		==SFC Technology Index==
	'''Electroplasma Systems''' technology is contracted out to various manufacturers by the shipwrights and is not standardized by generation nor ship size. Instead, EPS modules are swapped out and replaced as necessary, without having to upgrade and replace an entire system. As such, Electroplasma Systems have no index.		'''Electroplasma Systems''' technology is contracted out to various manufacturers by the shipwrights and is not standardized by generation nor ship size. Instead, EPS modules are swapped out and replaced as necessary, without having to upgrade and replace an entire system. As such, Electroplasma Systems have no index.

Dan at 22:22, 3 August 2023

2023-08-03T22:22:11Z

← Older revision		Revision as of 15:22, 3 August 2023
Line 1:		Line 1:
	__TOC__		__TOC__
	==7.7 Electroplasma System==		==7.7 Electroplasma System==
	(Required)		'''(Required)'''<br>
			'''Cost:''' 5 x Size, plus Star Fleet-mandatory +5; additional +10 to +30 is common on combat vessels
	'''Cost''': 5 x Size, plus Star Fleet-mandatory +5; additional +10 to +30 is common on combat vessels

	Power from the warp engine, impulse engines, and other sources is routed throughout the ship by the electroplasma system (EPS). The EPS is a network of microwave power transmission wave guides. A ship’s EPS is assumed to be able to handle the power flow to run all systems at up to maximum efficiency without difficulty. But when there’s a need to transfer more power—for example, to increase the damage a phaser does, boost the strength of the shields, or feed more power to the sensors to punch through some interference—the EPS may not be able to handle the demands placed on it. The quality and efficiency of an EPS determine how much power a starship can transfer each round.		Power from the warp engine, impulse engines, and other sources is routed throughout the ship by the electroplasma system (EPS). The EPS is a network of microwave power transmission wave guides. A ship’s EPS is assumed to be able to handle the power flow to run all systems at up to maximum efficiency without difficulty. But when there’s a need to transfer more power—for example, to increase the damage a phaser does, boost the strength of the shields, or feed more power to the sensors to punch through some interference—the EPS may not be able to handle the demands placed on it. The quality and efficiency of an EPS determine how much power a starship can transfer each round.
Line 11:		Line 10:
	Pre-warp vessels had similar power systems to the electroplasma system, though usually without the mandatory addition of redundant capability on the earliest ones.		Pre-warp vessels had similar power systems to the electroplasma system, though usually without the mandatory addition of redundant capability on the earliest ones.

	('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General Gornag, who fought the Cardassians during the Betreka Nebula Incident, first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)		('''Cardassian''': Cardassian vessels built prior to [[2371]] have a weakness in their EPS systems which enemies can exploit. The famed Klingon General [[Gornag]], who fought the Cardassians during the [[Betreka Nebula Incident]], first developed a maneuver for doing so. Cardassian ships have a special type of power junction just a few meters from each of their spiral-wave disruptors. By maneuvering in very close to the target ship (which usually involves some skilled flying, due to the number and placement of weapons on Cardassian ships), an enemy can hit a disruptor power junction with a disruptor blast, creating an overload in the EPS system which causes explosions throughout the Cardassian ship and decreases its ability to provide power to its systems.)

	('''Planetary Facilities''': Planetary facilities do not (generally) require rigorous EPS. Unless mandated for power-intensive systems, such as weapons or shielding, most will get by with SCUs of 5.)		('''Planetary Facilities''': Planetary facilities do not (generally) require rigorous EPS. Unless mandated for power-intensive systems, such as weapons or shielding, most will get by with SCUs of 5.)

			<br><br>
	----		----

	==SFC Technology Index==		==SFC Technology Index==
	'''Electroplasma Systems''' technology is contracted out to various manufacturers by the shipwrights and is not standardized by generation nor ship size. Instead, EPS modules are swapped out and replaced as necessary, without having to upgrade and replace an entire system. As such, Electroplasma Systems have no index.		'''Electroplasma Systems''' technology is contracted out to various manufacturers by the shipwrights and is not standardized by generation nor ship size. Instead, EPS modules are swapped out and replaced as necessary, without having to upgrade and replace an entire system. As such, Electroplasma Systems have no index.


	==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 ]]


	[[Category:Build\|{{PAGENAME}}]][[Category: Build (Power Systems)\|{{PAGENAME}}]]		[[Category:Build\|{{PAGENAME}}]]
			[[Category: Build (Power Systems)\|{{PAGENAME}}]]

← Older revision		Revision as of 16:44, 6 January 2026
Line 21:		Line 21:
	==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: Isomagnetic EPS Conduits\|On to Isomagnetic EPS Conduits]]


	[[Category: Build\|{{PAGENAME}}]]		[[Category: Build\|{{PAGENAME}}]]
	[[Category: Build (Power Systems)\|{{PAGENAME}}]]		:[[Category: Build (Power Systems)\|{{PAGENAME}}]]