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Difference between revisions of "Solar panel"
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[[ | {{Otherlang2 | ||
|fr=Solar_Panel/fr | |||
|de=Solar_Panel:de | |||
|ru=Солнечная панель | |||
|zh-cn=太阳能板 | |||
|ua=Сонячна панель | |||
}}{{SB Infobox Begin | |||
|{{SB Infobox Header | |||
|image=[[Image:Solar panel.png]] | |||
|factionLogo= | |||
|caption= | |||
|name= | |||
|border=none | |||
}} | |||
== | |{{SB Infobox Device General Information | ||
|type=Power device | |||
|function=Produces solar power | |||
|availability= | |||
|size=144×144×12 cm | |||
|mass=3.321.6 | |||
|volume=221.44 | |||
|primaryMaterial=Charodium | |||
|corrosionResistance=510 | |||
|suppressUnitsKg | |||
|suppressUnitsKv | |||
}} | |||
|{{SB Infobox Device IO | |||
|electricIn= | |||
|electricOut=50 e/s | |||
|energyCapacity= | |||
|coolantIn= | |||
|coolantOut= | |||
|coolantCapacity= | |||
|coolantRefresh= | |||
|heatGeneration= | |||
|heatDissipation | |||
|propellantIn= | |||
|propellantOut= | |||
|propellantCapacity | |||
|fuelIn= | |||
|fuelOut= | |||
|fuelCapacity | |||
|sockets= | |||
|YOLOLchips= | |||
|modInterfaces= | |||
|deviceInterfaces= | |||
}} | |||
== | |{{SB Infobox Device Construction | ||
|headerOverride= | |||
|aegisium=40% | |||
|ajatite= | |||
|arkanium= | |||
|bastium=10% | |||
|charodium=30% | |||
|corazium= | |||
|exorium= | |||
|haderite= | |||
|ice= | |||
|ilmatrium= | |||
|karnite= | |||
|kutonium= | |||
|lukium= | |||
|merkerium= | |||
|nhurgite= | |||
|oninum= | |||
|surtrite= | |||
|tengium= | |||
|ukonium= | |||
|valkite= | |||
|vokarium=20% | |||
|xhalium= | |||
}} | |||
}}<section begin=summary/>Solar panels are devices used to convert light from the sun into usable electrical power. Though they produce relatively little power per panel, their benefit of maintenance-less operation makes them an appealing option for factories or for ships and constructs that cannot rely on [[Fuel rod|fuel rods]].<section end=summary/> | |||
== Usage == | |||
Solar panels must be wired into the same network as a [[Solar power converter|solar power converter]] in order to produce usable electricity. To maximize efficiency, solar panel arrays should incorporate a [[Solar panel light sensor|solar panel light sensor]], the output of which is used by a [[turntable]] and a [[solar panel support]] in order to keep the solar panel oriented towards the sun. | |||
Adjacent solar panels and solar panel light sensors are automatically added to the same device network, and do not require individual [[Hardpoints|hardpoints]] to provide power. | |||
== Related pages == | |||
* [[Solar panel (assembly)]] | |||
[[Category:Devices and machines | [[Category:Devices and machines]] | ||
Latest revision as of 11:44, 1 April 2022
Solar panel
Type Power device
Function Produces solar power
Size 144×144×12 cm
Mass 3.321.6 kg
Volume 221.44 kv
Corrosion resistance 510
Primary material Charodium
Input / Output
Electric output 50 e/s
Composition
Solar panels are devices used to convert light from the sun into usable electrical power. Though they produce relatively little power per panel, their benefit of maintenance-less operation makes them an appealing option for factories or for ships and constructs that cannot rely on fuel rods.
Usage
Solar panels must be wired into the same network as a solar power converter in order to produce usable electricity. To maximize efficiency, solar panel arrays should incorporate a solar panel light sensor, the output of which is used by a turntable and a solar panel support in order to keep the solar panel oriented towards the sun.
Adjacent solar panels and solar panel light sensors are automatically added to the same device network, and do not require individual hardpoints to provide power.