Battery: Difference between revisions

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==Function==
==Function==
Batteries can be useful for stabilizing the submarine's power. They can absorb power when the [[Nuclear Reactor]] overproduces and menaces to overload and damage connected devices. When the reactor fails to provide enough currents for devices to function (be it because the reactor doesn't produce enough, is not connected to the device anymore, or is destroyed), batteries can provide back-up power for a substantial amount of time depending on the amount of time they have been receiving power. This allows the maintenance to be safely performed on the reactor in the event of an unforeseen problem.
Batteries can be useful for stabilizing the submarine's power. They can absorb power when the [[Nuclear Reactor]] overproduces and menaces to overload and damage connected devices. When the reactor fails to provide enough currents for devices to function (be it because the reactor doesn't produce enough, is not connected to the device anymore, or is destroyed), batteries can provide back-up power for a substantial amount of time depending on the amount of power they have stored. This allows the maintenance to be safely performed on the reactor in the event of an unforeseen problem.


Moreover, up to 3 [[Battery Cell]]s or [[Fulgurium Battery Cell]]s at a time can be placed into the battery to be recharged.
Moreover, up to 3 [[Battery Cell]]s or [[Fulgurium Battery Cell]]s at a time can be placed into the battery to be recharged.
==Usage==
In practical terms, batteries can store up to 2.000 units of power; they can store up energy at a rate of up to 500 units per time unit, but can deliver electricity at a rate of 1.000 units per time unit.


==Damage Values==
==Damage Values==
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{{Connection panel
{{Connection panel
| input1 = power_in
| input1 = power_in
| input1tt = This battery will store power received through this input.
| input1tt = Stores inputted power in the battery.
| input2 = set_charge_rate
| input2 = set_charge_rate
| input2t = The battery's percentage rate of charge can be changed through this input.
| input2t = Sets the battery's charge rate to the inputted value.
| output1 = power_out
| output1 = power_out
| output1tt = Powers item(s) connected to this input by drawing upon this battery's store.
| output1tt = Outputs battery's stored power to anything connected.
| output2 = charge_out
| output2 = charge_out
| output2tt = ???
| output2tt = Outputs current amount of stored power.
| output3 = charge_%
| output3 = charge_%
| output3tt = ???
| output3tt = Outputs percentage of the currently stored power.
| output4 = charge_rate_out
| output4 = charge_rate_out
| output4tt = The battery's percentage rate of charge can be read through this output.
| output4tt = Outputs current charge rate.
}}
}}


{{Installations nav}}
{{Installations nav}}

Revision as of 12:16, 9 July 2019

Template:Outdated

This article is about the installation. For other uses, see Battery (disambiguation).
Battery
Click to upload a new image.Dummy link
Statistics*
Item Slots 3 battery slots
Power Capacity 2000 kWm
Max Power Output 1000 kW
Max Recharge Speed 500 kW
Technical
Identifier {{{identifier}}}
Categories Electrical Installations

Batteries are stationary installations able to store and release electrical power.

Function

Batteries can be useful for stabilizing the submarine's power. They can absorb power when the Nuclear Reactor overproduces and menaces to overload and damage connected devices. When the reactor fails to provide enough currents for devices to function (be it because the reactor doesn't produce enough, is not connected to the device anymore, or is destroyed), batteries can provide back-up power for a substantial amount of time depending on the amount of power they have stored. This allows the maintenance to be safely performed on the reactor in the event of an unforeseen problem.

Moreover, up to 3 Battery Cells or Fulgurium Battery Cells at a time can be placed into the battery to be recharged.

Damage Values

Item
Attack Damage
Stun Duration
Kinetic Force
Explosion Radius (m)
Battery overload
15
10
3.0
100


I/O Interface

Connection Panel for Battery
Hover over pins to see their descriptions.
power_in
set_charge_rate
Stores inputted power in the battery.
power_out
charge_out
charge_%
charge_rate_out
Outputs battery's stored power to anything connected.
Outputs current amount of stored power.
Outputs percentage of the currently stored power.
Outputs current charge rate.
Requires: Screwdriver
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