mirror of
https://github.com/DeltaV-Station/Delta-v.git
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Terraspark4941andKara
90ddc61356
* RTG page update
* old commits from #22272
* Small fixes over most pages
* TEG tweaks
* Fixed a thing in airlock security
* fixed an italics tag
* singularity page now includes tesla
* Added a burn chamber to TEG page
* Prettyprinted TEG page, fixed some more issues with details
* Moved ONE singular comma
* Change Singularity page heading to include tesla
* Singularity page pretty printing + fixes
* TIL its [italic] NOT [italics]
* RTG Prettyprinting
* Access Config Prettyprinting + Netconfig tweak
* Atmospherics prettyprinting
* Construction keybind fix
* Apply suggestions from code review
---------
Strategy: -Xtheirs
Co-authored-by: Kara <lunarautomaton6@gmail.com>
(cherry picked from commit c5ab839b2c)
26 lines
1.9 KiB
XML
26 lines
1.9 KiB
XML
<Document>
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# Antimatter Engine (AME)
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The AME is one of the simplest engines available. You put together the multi-tile structure, stick some fuel into it, and you're all set. This doesn't mean it is perfectly safe though; you may need to deal with the AME overheating.
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## Construction
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<Box>Required parts:</Box>
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<Box>
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<GuideEntityEmbed Entity="AmeController"/>
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<GuideEntityEmbed Entity="AmePartFlatpack"/>
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<GuideEntityEmbed Entity="AmeJar"/>
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</Box>
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To assemble an AME, start by wrenching down the controller on the near end of a HV wire. On most stations, there's catwalks to assist with this. From there, start putting down a 3x3 or larger square of AME parts in preparation for construction, making sure to maximize the number of "center" pieces that are surrounded on all 8 sides.
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Once this is done, you can use a multitool to convert each AME part into shielding, which should form a finished AME configuration. From there, insert a fuel jar, set the fuel rate to [color=#a4885c]twice the core count or less[/color], and turn on injection. Any more than this ratio will eventually result in the engine [color=#ff0000]overheating and[/color], shortly afterwards, [color=#ff0000]exploding[/color].
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## Fuel Economy
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The closer you are to the perfect ratio of [color=#a4885c]1:2[/color] AME cores to fuel injection rate, the more efficient you'll be. You're cutting fuel efficiency to [color=#a4885c]50% and less[/color] if you're using more cores, but a lower fuel injection rate.
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For an example, [color=#76db91]3 cores and 6 fuel injected[/color] will generate [color=#76db91]240kW[/color], while [color=#f0684d]8 cores and 8 fuel injected[/color] will generate [color=#f0684d]160kW[/color]; you'd be generating 80kW less while spending 2 more fuel per injection.
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## Upgrading the AME
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You can generally only upgrade the AME by installing more cores, which can be done by ordering more AME flatpacks from [color=#a4885c]Cargo[/color].
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</Document>
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