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Difference between revisions of "Battery"
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{{Otherlang2 | {{Otherlang2 | ||
|de=Battery:de | |de=Battery:de | ||
|fr=Battery | |fr=Battery/fr | ||
|zh-cn=电池 | |zh-cn=电池 | ||
|ru=Батарея | |ru=Батарея | ||
|ua=Батареї | |ua=Батареї | ||
|jp=バッテリー | |jp=バッテリー | ||
|es=Battery:es | |||
}}{{SB Infobox Begin | }}{{SB Infobox Begin | ||
|{{SB Infobox Header | |{{SB Infobox Header | ||
| Line 18: | Line 19: | ||
|type=Power | |type=Power | ||
|function=Stores electrical power | |function=Stores electrical power | ||
|size=96×48×72 cm | |size=96×48×72 cm | ||
|mass=3,236.64 | |mass=3,236.64 | ||
|volume=325.29 | |volume=325.29 | ||
|corrosionResistance= | |corrosionResistance=790 | ||
|primaryMaterial=Bastium | |||
|suppressUnitsKg | |suppressUnitsKg | ||
|suppressUnitsKv | |suppressUnitsKv | ||
| Line 61: | Line 62: | ||
|lukium= | |lukium= | ||
|merkerium= | |merkerium= | ||
|nhurgite= | |nhurgite=80% | ||
|oninum= | |oninum= | ||
|surtrite= | |surtrite= | ||
|tengium= | |tengium= | ||
|ukonium= | |ukonium= | ||
|valkite= | |valkite= | ||
|vokarium=5% | |vokarium=5% | ||
|xhalium= | |xhalium= | ||
}} | }} | ||
}}<section begin=summary/>A battery is a storage device for electrical energy, and currently is available in just one size. This battery holds up to 10,000 energy units and has two sockets on opposite sides for ease-of-use, but are also semi-modular and can share connections with batteries placed immediately adjacent to them. Small ships can run entirely on batteries, but most ships use them as a buffer to handle periods of higher energy drain while their [[Generator (Assembly)|generators]] are warming up. Batteries with energy stored tend to explode when damaged, so designers should be careful about how many batteries they place near one another. | }}<section begin=summary/>A battery is a storage device for electrical energy, and currently is available in just one size. This battery holds up to 10,000 energy units and has two sockets on opposite sides for ease-of-use, but are also semi-modular and can share connections with batteries placed immediately adjacent to them. Small ships can run entirely on batteries, but most ships use them as a buffer to handle periods of higher energy drain while their [[Generator (Assembly)|generators]] are warming up. Batteries with energy stored tend to explode when damaged, so designers should be careful about how many batteries they place near one another. Power drain and recharge is automatically balanced between all batteries on the network if all batteries have the same priority. It is common to see ships with an emergency buffer using the priority field to keep vital systems running in the case of an unintended shutdown.<section end=summary/> | ||
<section end=summary/> | |||
== Device fields == | == Device fields == | ||
Latest revision as of 01:51, 17 September 2021
A battery is a storage device for electrical energy, and currently is available in just one size. This battery holds up to 10,000 energy units and has two sockets on opposite sides for ease-of-use, but are also semi-modular and can share connections with batteries placed immediately adjacent to them. Small ships can run entirely on batteries, but most ships use them as a buffer to handle periods of higher energy drain while their generators are warming up. Batteries with energy stored tend to explode when damaged, so designers should be careful about how many batteries they place near one another. Power drain and recharge is automatically balanced between all batteries on the network if all batteries have the same priority. It is common to see ships with an emergency buffer using the priority field to keep vital systems running in the case of an unintended shutdown.
Device fields
| YOLOL field | description | range |
|---|---|---|
| BatteryPriority | Batteries with a lower priority get used first | |
| StoredBatteryPower | Current charge level of the battery | 0 - 10 000 |
| MaxBatteryPower | Maximum charge level of the battery | 10 000 |
To learn more about the usage of fields, consult these wiki pages: