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DisambiguationWarning.png This article is about Power the concept. For Power the resource, see Power (resource).

Power (also commonly referred to as Energy) is, along with oxygen, one of an Astroneer's vital resources. A steady supply of power is necessary to drive vehicles, operate various base modules, and perhaps most importantly, utilize the Deform Tool when it has augments installed on it.

Throughout the game, power is represented by a bright yellow color.

The yellow bar is your Power supply.

Unit of measurement[edit | edit source]

  • Power can be stored in a battery, the capacities of which are measured in bright yellow cylinders called bars. Each of these bars is in turn divided into stacked segments called units.
  • The speed at which a battery's power is drained or replenished is measured in units per second, bars per second, or seconds per bar, depending on the application.
  • Lastly the largest unit of power is measured via the Power Stacks, Which will be used in the future as a large scale power measurement.

Size Measurement[edit | edit source]

  • 1 Bar = 4 Units
  • 1 Stack = 8 Bars = 32 Units

Acquiring Power[edit | edit source]

Generating[edit | edit source]

The most common and consistent method of acquiring power is by generating it. Power can be generated by solar panels exposed to natural light, wind turbines exposed to windy weather, or generators fueled with organic material or coal. Attaching one of these power sources to an object capable of storing power will automatically charge the object's internal battery for as long as the proper conditions are met. If the object's internal battery is full, excess power will flow to any networked batteries in need of charging.

Generator represent the cheapest and most readily-available power generation method, and it can provide true on-demand power, but it requires an appropriate fuel to work. Also the Solar Panels are a good choice, but Astroneers who rely on solar power exclusively will find their operations somewhat limited after dark. Wind turbines can supply power day or night, but of course require a breeze to turn them.

Gathering[edit | edit source]

Much like oxygen, power can be found both on and below the surface of planets in patches of yellow crystals. The area around some hazards like Exploders often contain harvestable blobs of energy. Initially, collecting power crystals (or power beans on underground cave floors) with the deform tool will replenish the backpack's internal battery. Once it is full, however, they will stack in the backpack in the same manner as other resources. The stack will slowly deplete as you use up power in the backpack.

Crafting[edit | edit source]

Once an Astroneer has researched Power Cells, they can be created using the backpack's 3D printer. Power cells are created with a full charge and can be an efficient form of supplementary power for those with excess resources.

List of Power Sources[edit | edit source]

The following table lists all available power sources and the rate at which they charge batteries.

Item Charge Rate Duration Notes
Small Solar Panel ½ unit/s Requires natural light.
Solar Panel 2 unit/s Requires natural light.
Solar Array Wreck 4 unit/s Requires natural light. Found on planets as part of spaceship wreckage.
Small Wind Turbine ½ unit/s Requires windy weather.
Wind Turbine 1 unit/s Requires windy weather.
Small Generator 1 unit/s 40 sec Consumes organic to run. Generates a total of 10 bars per operation.
Generator 4 unit/s 100 sec Consumes coal to run. Generates a total of 50 bars per operation.
Power Cells 1 bar/s 4 sec Full when created. Destroyed when depleted. Non-rechargeable.
Power Stack 1 bar/s 8 sec Collected from the environment. Destroyed when depleted.
Small Battery 1 unit/s 8 sec Empty when created; rechargeable.
Battery 1 bar/s 16 sec Empty when created; rechargeable.

Storing Power[edit | edit source]

A 3D Printer base module with a partially drained battery. In the background, cables with yellow lights show the transfer of power between networked modules.
A 3D Printer base module with a partially drained battery. In the background, cables with yellow lights show the transfer of power between networked modules.
In order for power to be used, it must first be stored. Power is primarily stored in batteries, but can also be gathered into power stacks or created as power cells.

Batteries[edit | edit source]

There are two kinds of batteries: Internal batteries that are built into objects such as the backpack or vehicles; and external batteries printed out of lithium.

Internal Batteries[edit | edit source]

  • Internal batteries generally reserve their charge for the primary function of whatever it is they're built into—the deform tool for the backpack, driving for vehicles, or production & research for base modules. A backpack or vehicle's internal battery will deplete over time as it is used or driven, and can be partially recharged if necessary.
  • The internal battery of the backpack is "greedy," and will never transfer away their stored power to another battery. The internal batteries of vehicles, meanwhile, are more open to sharing: Not only will vehicles connected in a "train" configuration operate as a single, high-capacity battery, but any vehicle's battery will power an Astroneer's deform tool via tether if their backpack battery is empty.
  • In a power network, internal batteries are given the highest priority: Any active power sources and charged external batteries will send their power to the nearest internal battery in need of it.

External Batteries[edit | edit source]

  • External batteries come in large and small sizes and can be fitted to any appropriately-sized attachment point. If attached to an object with a full internal battery, an external battery will collect and store any excess power being generated for later use. If attached to an object whose internal battery is depleted, the external battery will utilize its stored power to extend the functionality of its host.
  • When in a network of multiple vehicles or modules, external batteries are given the lowest priority—they will not be charged until all internal batteries in the network are filled.

List of Power Storages[edit | edit source]

The following table lists all items with the ability to store power and their capacities.

Item Capacity (Bars) Notes
Backpack 2.5
Small Battery 2
Battery 16
Rover 8 Appears to be 16 bars, but actually has duplicate 8-bar displays.
Truck 16 Appears to be 32 bars, but actually has duplicate 16-bar displays.

Note that these are internal batteries, and therefore cannot transfer their charges to other power stores.

Power Networks[edit | edit source]

As an Astroneer adds base modules to their intial habitat, the thick cabling that connects them creates a network, across which power can flow. Vehicles can be added to a network using the large ports on the front or rear bumper.

Inside of a network, depleted internal batteries will attempt to recharge themselves using the nearest active power source or charged external battery. Once all internal batteries on the network are full, external batteries will attempt to charge using the nearest active power source.

Tethers are technically part of a network, but only in a limited way: They are only capable of carrying power to an Astroneer's backpack (regardless of distance), and will only do so when all other internal batteries on the network are full. Because of this restriction, tethers cannot "connect" the networks of two distant bases—though this can be accomplished on an ad-hoc basis using vehicle cabling.

Extenders help you move power around your base and can be used to connect Platforms, small solar panels, small wind turbines and anything with a connection on. They do not carry oxygen.

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