Energy shield MK2 - Revision history

Jap2.0: Portable fusion -> portable fission

2025-04-11T03:01:38Z

Portable fusion -> portable fission

← Older revision		Revision as of 03:01, 11 April 2025
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	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable ~~fusion~~ reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it can be useful to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fission reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it can be useful to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

Jaegen: Typo

2024-02-06T07:55:28Z

Typo

← Older revision		Revision as of 07:55, 6 February 2024
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	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it is can be useful to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it can be useful to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

Bilka: word to be less subjective (you must -> it can be nice)

2021-08-05T11:13:27Z

word to be less subjective (you must -> it can be nice)

← Older revision		Revision as of 11:13, 5 August 2021
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	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it is ~~''critical''~~ to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it is can be useful to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

FunkEngine: Grammar, add emphasis, make the world a better place... Two out of three?

2021-07-17T03:14:27Z

Grammar, add emphasis, make the world a better place... Two out of three?

← Older revision		Revision as of 03:14, 17 July 2021
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	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand, it is ''critical'' to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

Jon8RFC: Added History section and Factorio Origins: Energy Shield MK2

2019-09-16T09:47:43Z

Added History section and Factorio Origins: Energy Shield MK2

← Older revision		Revision as of 09:47, 16 September 2019
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	[[File:energy_shield_bar.png\|thumb\|400px\|none\|The purple energy shield bar below the health bar.]]		[[File:energy_shield_bar.png\|thumb\|400px\|none\|The purple energy shield bar below the health bar.]]

			== History ==
			{{history\|0.13.0\|
			* Power consumption increased by a factor of 10.}}

			{{history\|0.12.0\|
			* Power consumption increased by a factor of 100.}}

			{{history\|0.7.0\|
			* Introduced}}

	== See also ==		== See also ==

Zippy at 00:12, 22 March 2019

2019-03-22T00:12:48Z

← Older revision		Revision as of 00:12, 22 March 2019
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	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

	[[File:energy_shield_bar.png\|thumb\|400px\|none\|The purple energy shield bar ~~above~~ the health bar.]]		[[File:energy_shield_bar.png\|thumb\|400px\|none\|The purple energy shield bar below the health bar.]]

	== See also ==		== See also ==

Zippy at 18:00, 19 December 2018

2018-12-19T18:00:39Z

← Older revision		Revision as of 18:00, 19 December 2018
Line 11:		Line 11:

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

			[[File:energy_shield_bar.png\|thumb\|400px\|none\|The purple energy shield bar above the health bar.]]

	== See also ==		== See also ==
	* [[Modular armor]]		* [[Modular armor]]

BilkaBot: Changed links going to the redirect Battery MK2 to go to Personal battery MK2.

2018-09-22T10:47:16Z

Changed links going to the redirect Battery MK2 to go to Personal battery MK2.

← Older revision		Revision as of 10:47, 22 September 2018
Line 8:		Line 8:
	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[Personal battery\|modular]] [[~~Battery_MK2~~\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[Personal battery\|modular]] [[Personal battery MK2\|batteries]], as they will maintain shield recharge under fire.

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

BilkaBot: Changed links going to the redirect Battery MK1 to go to Personal battery.

2018-09-22T10:43:25Z

Changed links going to the redirect Battery MK1 to go to Personal battery.

← Older revision		Revision as of 10:43, 22 September 2018
Line 8:		Line 8:
	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[~~Battery_MK1~~\|modular]] [[Battery_MK2\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[Personal battery\|modular]] [[Battery_MK2\|batteries]], as they will maintain shield recharge under fire.

	The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.		The Energy Shield Mk2 has an internal energy buffer of 180kW, which effectively adds a hidden 6HP and additional .5 seconds to recharge.

Bilka: removed duplicate sentence

2018-04-23T12:08:13Z

removed duplicate sentence

← Older revision		Revision as of 12:08, 23 April 2018
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	The shield is effectively an extension of HP and has to be brought to 0 for the character to suffer any actual HP or armor damage. Like actual HP, it benefits from the armor's damage resistance. A cheaper version of it is the [[energy shield]].		The shield is effectively an extension of HP and has to be brought to 0 for the character to suffer any actual HP or armor damage. Like actual HP, it benefits from the armor's damage resistance. A cheaper version of it is the [[energy shield]].

	A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP~~. All depleted shields will recharge simultaneously, dividing the suit's available power between them~~. All damage is split equally between shields, allowing all shields to recharge simultaneously.		A shield's maximum recharge rate is based on its energy draw divided by the energy cost per shield point. At 360kW costing 30KJ per shield point, the energy shield MK2 recharges 12 HP per second and takes 12.5 seconds to recharge from 0 to 150 HP. All damage is split equally between shields, allowing all shields to recharge simultaneously.

	The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[Battery_MK1\|modular]] [[Battery_MK2\|batteries]], as they will maintain shield recharge under fire.		The maximum shield recharge rate is limited by the suit's energy supply. A [[portable fusion reactor]] will only sustain 2 MK2 shields under fire (or 3 MK1 shields) while [[portable solar panel]]s are only good for a few recharges per day. Because of the high energy demand is critical to complement shields with [[Battery_MK1\|modular]] [[Battery_MK2\|batteries]], as they will maintain shield recharge under fire.