Station Engineer: Difference between revisions
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Head to the nearest engineering locker and open it. You'll need the insulated gloves in there to protect you from electric shocks while screwing around with wires. Next equip your hardsuit and hardsuit helmet <s> although you technically don't need the helmet since for some reason the suit alone protects against space </s>. It's also recommended that you take a t-ray scanner to be able to see the cables (remember to turn it on by using it in your hand) and a stack each of Lv (Low-voltage), Mv (Medium Voltage) and Hv (High-Voltage) wires in case of a localized power outage. You could take half a stack of metal and glass, however they are better reserved for common usage (so don't keep them in your backpack unless you know you are going to use them soon). | Head to the nearest engineering locker and open it. You'll need the insulated gloves in there to protect you from electric shocks while screwing around with wires. Next equip your hardsuit and hardsuit helmet <s> although you technically don't need the helmet since for some reason the suit alone protects against space </s>. It's also recommended that you take a t-ray scanner to be able to see the cables (remember to turn it on by using it in your hand) and a stack each of Lv (Low-voltage), Mv (Medium Voltage) and Hv (High-Voltage) wires in case of a localized power outage. You could take half a stack of metal and glass, however they are better reserved for common usage (so don't keep them in your backpack unless you know you are going to use them soon). | ||
=== The Antimatter Engine Reactor === | === The Antimatter Engine Reactor === | ||
The Antimatter Engine Reactor (usually called AME) is the main source of power in the station. First grab the AME parts from the ''Packaged antimatter reactor crate'' and place them in a rectangle/square formation (note that the square/rectangle must be of at least 3x3, otherwise it won't work). | The Antimatter Engine Reactor (usually called AME) is the main source of power in the station. First grab the AME parts from the ''Packaged antimatter reactor crate'' and place them in a rectangle/square formation (note that the square/rectangle must be of at least 3x3, otherwise it won't work). | ||
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Open the AME Controller menu and click on "Toggle injection" bellow the "Engine Status:" text. If the AME and the AME Controller light up then it's currently generating power. Increase the injection amount to be double of the amount of cores; for example: if you have 2 cores click on "Increase" until the "Injection ammount:" reaches 4. The AME should be making "bonks" every now and then. | Open the AME Controller menu and click on "Toggle injection" bellow the "Engine Status:" text. If the AME and the AME Controller light up then it's currently generating power. Increase the injection amount to be double of the amount of cores; for example: if you have 2 cores click on "Increase" until the "Injection ammount:" reaches 4. The AME should be making "bonks" every now and then. | ||
[[File:AME_completed_example1.png|thumb|What the AME should look like at the end]] | <div><ul> | ||
<li style="display: inline-block;"> [[File:AME_setup_example1.png|thumb|none|A sample layout of a 3x3 AME]] </li> | |||
<li style="display: inline-block;"> [[File:AME_completed_example1.png|thumb|none|What the AME should look like at the end]] </li> | |||
</ul></div> | |||
=== The Solar Panels === | |||
(Copied from the [[Power|Guide to Power]]) | |||
Solar power is a passive means of generating power. A solar array is made up of a number of solar panels, a single solar tracker device and a solar control computer (console) nearby to properly control and manage the panels. | |||
Most if not all solar arrays start off not connected to the station, and need to be connected via HV cables underneath each panel and connected back to the station. Once connected, use the solar control computer to change the angle and speed of tracking for the panels as shown below: | |||
[[File:Solar 1.PNG|400px]] [[File:Solar 2.PNG|400px]] | |||
Notice the graph on the right has a T shaped white line and a yellow / golden line. The aim is to alter the panel angle (white T line) to match the sun angle (yellow line). Some experimentation might be needed to setup the angular velocity correctly so that the lines stay in sync and generate maximum wattage. | |||
A typical panel near max output will produce 1500W (1.5kW). This would be enough to power roughly 1 machine and 1 computer (this figure may change as balance changes are made). | |||
=== The Singularity === | === The Singularity === | ||
(Copied from the [[Power|Guide to Power]]) | |||
The singularity is one of the most well known and potentially dangerous forms of generating power in SS14. It uses a particle accelerator to fire high energy particles at a singularity generator to spawn a singularity. The singularity then pulses radiation which is absorbed by radiation collectors around it's perimeter. | |||
The singularity must be kept inside a containment field setup with emitters, otherwise if not contained the singularity will consume matter like a black hole and grow to a massive state. If starved of particles or matter, the singularity will slowly shrink until it collapses so once the singularity is of the correct size, it's wise to turn down the particle accelerator to a lower power setting to prevent it growing out of hand. | |||
The largest size singularity before you risk it breaking loose can generate between 1.4 and 1.6 MW with 24 radiation collectors. This value is verty likely to change and will even change depending on the layout of your engine (radiation falls off over distance so closer collectors will net more power). In future, radiation collectors will also require plasma tanks to function and will run out over time. | |||
<!-- === The Suppermatter === (whenever it gets implemented) --> | <!-- === The Suppermatter === (whenever it gets implemented) --> | ||
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TBA | TBA | ||
== Power 201: Knowing how does power work == | <!-- == Power 201: Knowing how does power work == | ||
=== The Cable Hierarchy === | === The Cable Hierarchy === | ||
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== Things to keep in mind == | == Things to keep in mind == | ||
TBA | TBA | ||
Probably should get moved to the guide to power --> | |||
Revision as of 18:18, 20 February 2022
Engineering
Station Engineer
- Access: Unknown
- Difficulty: Medium
- Duties: Maintain and fix the Station, make sure the power doesn't go out.
- Supervisors: Chief Engineer
- Subordinates: None
- Guides: Guide to construction, Guide to Power
The station engineers are in charge of rebuilding walls, fixing windows, repairing airlocks and stopping hull breaches (spaced areas).
Starting out
Head to the nearest engineering locker and open it. You'll need the insulated gloves in there to protect you from electric shocks while screwing around with wires. Next equip your hardsuit and hardsuit helmet although you technically don't need the helmet since for some reason the suit alone protects against space . It's also recommended that you take a t-ray scanner to be able to see the cables (remember to turn it on by using it in your hand) and a stack each of Lv (Low-voltage), Mv (Medium Voltage) and Hv (High-Voltage) wires in case of a localized power outage. You could take half a stack of metal and glass, however they are better reserved for common usage (so don't keep them in your backpack unless you know you are going to use them soon).
The Antimatter Engine Reactor
The Antimatter Engine Reactor (usually called AME) is the main source of power in the station. First grab the AME parts from the Packaged antimatter reactor crate and place them in a rectangle/square formation (note that the square/rectangle must be of at least 3x3, otherwise it won't work).
Take your multitool from your belt and click on each one of the AME parts. This will unpack them and spawn an unpassable, indestructible AME shielding. Now open the antimatter control unit crate which will release an AME Controller. Drag it near the generator a wrench it. Now take an AME fuel jar from the antimatter containment jar crate and place it in the AME Controller.
Open the AME Controller menu and click on "Toggle injection" bellow the "Engine Status:" text. If the AME and the AME Controller light up then it's currently generating power. Increase the injection amount to be double of the amount of cores; for example: if you have 2 cores click on "Increase" until the "Injection ammount:" reaches 4. The AME should be making "bonks" every now and then.
-
A sample layout of a 3x3 AME -
What the AME should look like at the end
The Solar Panels
(Copied from the Guide to Power)
Solar power is a passive means of generating power. A solar array is made up of a number of solar panels, a single solar tracker device and a solar control computer (console) nearby to properly control and manage the panels.
Most if not all solar arrays start off not connected to the station, and need to be connected via HV cables underneath each panel and connected back to the station. Once connected, use the solar control computer to change the angle and speed of tracking for the panels as shown below:
Notice the graph on the right has a T shaped white line and a yellow / golden line. The aim is to alter the panel angle (white T line) to match the sun angle (yellow line). Some experimentation might be needed to setup the angular velocity correctly so that the lines stay in sync and generate maximum wattage.
A typical panel near max output will produce 1500W (1.5kW). This would be enough to power roughly 1 machine and 1 computer (this figure may change as balance changes are made).
The Singularity
(Copied from the Guide to Power)
The singularity is one of the most well known and potentially dangerous forms of generating power in SS14. It uses a particle accelerator to fire high energy particles at a singularity generator to spawn a singularity. The singularity then pulses radiation which is absorbed by radiation collectors around it's perimeter.
The singularity must be kept inside a containment field setup with emitters, otherwise if not contained the singularity will consume matter like a black hole and grow to a massive state. If starved of particles or matter, the singularity will slowly shrink until it collapses so once the singularity is of the correct size, it's wise to turn down the particle accelerator to a lower power setting to prevent it growing out of hand.
The largest size singularity before you risk it breaking loose can generate between 1.4 and 1.6 MW with 24 radiation collectors. This value is verty likely to change and will even change depending on the layout of your engine (radiation falls off over distance so closer collectors will net more power). In future, radiation collectors will also require plasma tanks to function and will run out over time.
Fixing hull breaches
TBA
