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Difference between revisions of "Propellant tank"
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{{Otherlang2 | {{Otherlang2 | ||
|fr=Propellant | |fr=Propellant/fr | ||
|de=Propellant:de | |de=Propellant:de | ||
|zh-cn=推进剂 | |zh-cn=推进剂 | ||
|ru= | |ru=Бак с пропеллентом | ||
|ua=Ракетне Паливо | |ua=Ракетне Паливо | ||
|jp=推進剤タンク | |jp=推進剤タンク | ||
| Line 18: | Line 18: | ||
|type=Thruster machinery | |type=Thruster machinery | ||
|function=Stores thruster propellant | |function=Stores thruster propellant | ||
}} | }} | ||
}}<section begin=summary/>Propellant tanks are the vessels used to store [[Propellant tank|propellant]], which [[Thrusters|thrusters]] use to produce force. They come in a variety of sizes, and are constructed of the propellant tank and two structural supports, which also provide socket access to the propellant tank itself. These support pieces also have one modular device interface per piece, and the propellant tank can also convey other resources if the tank is placed in-line with a [[Pipe networks|pipe network]]. | |||
* '''Note!''' Multiple propellant tanks will automatically balance the propellant in the network between tanks, and as such in-space refueling by taking out the propellant tank is not recommended. Rather a portable custom propellant tank item (resource bridge, hardpoint piped to one support frame, and a propellant tank) is often used to quickly refuel. <section end=summary/> | |||
}}<section begin=summary/>Propellant tanks are the vessels used to store [[Propellant tank|propellant]], which [[Thrusters|thrusters]] use to produce force. They come in a variety of sizes, and are constructed of the propellant tank and two structural supports, which also provide socket access to the propellant tank itself. These support pieces also have one modular device interface per piece, and the propellant tank can also convey other resources if the tank is placed in-line with a [[Pipe networks|pipe network]].<section end=summary/> | |||
== Basic information == | == Basic information == | ||
| Line 78: | Line 27: | ||
Propellant tanks do not usually require regular maintenance.<br> | Propellant tanks do not usually require regular maintenance.<br> | ||
They are placed in a ship with either one or two support pieces, connected to the ship's thrusters with a [[Pipe tool|pipe tool]], and replaced when empty or refueled at a station.<br> | They are placed in a ship with either one or two support pieces, connected to the ship's thrusters with a [[Pipe tool|pipe tool]], and replaced when empty or refueled at a station.<br> | ||
The small, medium and large tanks hold 1 | The small, medium and large tanks hold 1, 4, and 9 million units of propellant respectively. To display data to the ship's data network, a cable must be attached as well.<br> | ||
Propellant tanks with propellant inside explode when damaged.<br> | Propellant tanks with propellant inside explode when damaged.<br> | ||
| Line 86: | Line 34: | ||
{{SB Mini Infobox Wrap | {{SB Mini Infobox Wrap | ||
|{{SB Mini Infobox Begin | |{{SB Mini Infobox Begin | ||
|{{SB | |{{SB Infobox Header | ||
|image=[[Image:H2 Propellant tank (sm).png]] | |image=[[Image:H2 Propellant tank (sm).png]] | ||
|name=Small Hydrogen Propellant Tank | |name=Small Hydrogen Propellant Tank | ||
| Line 93: | Line 41: | ||
|{{SB Infobox Device General Information | |{{SB Infobox Device General Information | ||
|size=96×96×144 cm | |size=96×96×144 cm | ||
|mass=4, | |mass=4,638 | ||
|volume=466 | |volume=466.1 | ||
|corrosionResistance= | |corrosionResistance=<ul><li>360 ''(tank)''</li><li>380 ''(supports)''</li></ul> | ||
|primaryMaterial=Bastium | |||
}} | }} | ||
| Line 105: | Line 54: | ||
|propellantOut=50,000 per second | |propellantOut=50,000 per second | ||
}} | }} | ||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (tank) | |||
|bastium=70% | |||
|vokarium=30% | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (supports) | |||
|ajatite=10% | |||
|bastium=60% | |||
|vokarium=30% | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (Refill) | |||
|ice=1,000KV | |||
}} | |||
}} | }} | ||
|{{SB Mini Infobox Begin | |{{SB Mini Infobox Begin | ||
|{{SB | |{{SB Infobox Header | ||
|image=[[Image:H2 Propellant tank (med).png]] | |image=[[Image:H2 Propellant tank (med).png]] | ||
|name=Medium Hydrogen Propellant Tank | |name=Medium Hydrogen Propellant Tank | ||
| Line 115: | Line 82: | ||
|{{SB Infobox Device General Information | |{{SB Infobox Device General Information | ||
|size=144×144×192 cm | |size=144×144×192 cm | ||
|mass= | |mass=11,090 | ||
|volume=1,125 | |volume=1,125.7 | ||
|corrosionResistance= | |corrosionResistance=<ul><li>710 ''(tank)''</li><li>380 ''(supports)''</li></ul> | ||
|primaryMaterial=Aegisium | |||
}} | }} | ||
| Line 127: | Line 95: | ||
|propellantOut=50,000 per second | |propellantOut=50,000 per second | ||
}} | }} | ||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (tank) | |||
|aegisium=70% | |||
|vokarium=30% | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (supports) | |||
|ajatite=10% | |||
|bastium=60% | |||
|vokarium=30% | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (Refill) | |||
|ice=4,000KV | |||
}} | |||
}} | }} | ||
|{{SB Mini Infobox Begin | |{{SB Mini Infobox Begin | ||
|{{SB | |{{SB Infobox Header | ||
|image=[[Image:H2 Propellant tank (large).png]] | |image=[[Image:H2 Propellant tank (large).png]] | ||
|name=Large Hydrogen Propellant Tank | |name=Large Hydrogen Propellant Tank | ||
| Line 137: | Line 122: | ||
|{{SB Infobox Device General Information | |{{SB Infobox Device General Information | ||
|size=192×192×288 cm | |size=192×192×288 cm | ||
|mass=24,413 | |mass=24,413 | ||
|volume=2,502 | |volume=2,502 | ||
|corrosionResistance= | |corrosionResistance=<ul><li>710 ''(tank)''</li><li>380 ''(supports)''</li></ul> | ||
|primaryMaterial=Aegisium | |||
}} | }} | ||
| Line 145: | Line 131: | ||
|deviceInterfaces=2 | |deviceInterfaces=2 | ||
|sockets=4 | |sockets=4 | ||
|propellantCapacity= | |propellantCapacity=12,000,000 | ||
|propellantIn=50,000 per second | |propellantIn=50,000 per second | ||
|propellantOut=50,000 per second | |propellantOut=50,000 per second | ||
}} | }} | ||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (tank) | |||
|aegisium=70% | |||
|vokarium=30% | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (supports) | |||
|ajatite=10% | |||
|bastium=60% | |||
|vokarium=30% | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (Refill) | |||
|ice=12,000KV | |||
}} | |||
}} | }} | ||
Latest revision as of 17:59, 10 March 2023
Propellant tank
Type Thruster machinery
Function Stores thruster propellant
Propellant tanks are the vessels used to store propellant, which thrusters use to produce force. They come in a variety of sizes, and are constructed of the propellant tank and two structural supports, which also provide socket access to the propellant tank itself. These support pieces also have one modular device interface per piece, and the propellant tank can also convey other resources if the tank is placed in-line with a pipe network.
- Note! Multiple propellant tanks will automatically balance the propellant in the network between tanks, and as such in-space refueling by taking out the propellant tank is not recommended. Rather a portable custom propellant tank item (resource bridge, hardpoint piped to one support frame, and a propellant tank) is often used to quickly refuel.
Basic information
Propellant tanks do not usually require regular maintenance.
They are placed in a ship with either one or two support pieces, connected to the ship's thrusters with a pipe tool, and replaced when empty or refueled at a station.
The small, medium and large tanks hold 1, 4, and 9 million units of propellant respectively. To display data to the ship's data network, a cable must be attached as well.
Propellant tanks with propellant inside explode when damaged.
Variants
.png)
Small Hydrogen Propellant Tank
Size 96×96×144 cm
Mass 4,638 kg
Volume 466.1 kv
Corrosion resistance
- 360 (tank)
- 380 (supports)
Primary material Bastium
Input / Output
Propellant input 50,000 per second
Propellant output 50,000 per second
Propellant capacity 1,000,000
Sockets 4
Device interfaces 2
Composition (tank)
Composition (supports)
Composition (Refill)
.png)
Medium Hydrogen Propellant Tank
Size 144×144×192 cm
Mass 11,090 kg
Volume 1,125.7 kv
Corrosion resistance
- 710 (tank)
- 380 (supports)
Primary material Aegisium
Input / Output
Propellant input 50,000 per second
Propellant output 50,000 per second
Propellant capacity 4,000,000
Sockets 4
Device interfaces 2
Composition (tank)
Composition (supports)
Composition (Refill)
.png)
Large Hydrogen Propellant Tank
Size 192×192×288 cm
Mass 24,413 kg
Volume 2,502 kv
Corrosion resistance
- 710 (tank)
- 380 (supports)
Primary material Aegisium
Input / Output
Propellant input 50,000 per second
Propellant output 50,000 per second
Propellant capacity 12,000,000
Sockets 4
Device interfaces 2
Composition (tank)
Composition (supports)
Composition (Refill)
Device fields
Propellant tank support
| YOLOL field | description | range |
|---|---|---|
| IsOpenId | Input/output field for closing/opening connectors. | 0 - 1 |
| FlowId | Output field for resource amounts flowing through the network. | |
| GasNetworkStoredResource | Amount of propellant currently available in all conected containers. | 0 - GasNetworkMaxResource |
| GasNetworkMaxResource | Maximum amount of propellant that can be stored in all conected containers. |
Propellant tank
| YOLOL field | description | range |
|---|---|---|
| GasContainerStoredResource | Amount of propellant currently available in this container. | 0 - GasContainerMaxResource |
| GasContainerMaxResource | Maximum amount of propellant that can be stored in this container. |
To learn more about how to use the device fields, consult these wiki pages: