Moon Sweepers Power & Night Guide: Solar, Batteries & Lighting

Operating on the Moon means contending with brutal environmental shifts. Without an atmosphere to diffuse sunlight, daytime brings stark shadows, while night brings near-total blackness that shuts down unbuffered solar arrays. Managing your power grid and illumination is vital for round-the-clock cleaning.

Review automated machinery in our automation guide, inspect vehicle headlights in the vehicles guide, or consult the beginner guide for starting essentials.

How Does the Day and Night Cycle Work in Moon Sweepers?

The lunar environment cycles continuously through two distinct phases:

1. Lunar Day: Unfiltered sunlight provides 100% solar power output to all connected solar panels. Dust patches are clearly visible against the grey regolith.
2. Lunar Night: Sunlight cuts to zero. Unbuffered electrical grids freeze, ambient temperatures drop, and visibility is restricted entirely to your helmet beam and vehicle floodlights.

What Power Infrastructure Is Required to Survive the Night?

To prevent your automated conveyor belts and robotic sweepers from idling in the dark:

Setting Up a Balanced Grid

A good rule of thumb for early bases is two Solar Panels per one Battery Bank. This ensures your batteries reach full 100% charge during the sunlit hours while simultaneously powering your active conveyor lines.

How Do Headlight Upgrades Improve Night Sweeping?

Manual sweeping on foot in pitch blackness can lead to missed dust patches and wasted time:

• Stock Toothbrush/Suit Light: Casts a narrow, 5-meter conical beam directly in front of the player.
• High-Beam Halogen Lens ($75): Widens the illumination cone to 15 meters, allowing you to spot dirty hex edges from a distance.
• Vehicle Heavy Floodlights: The Ride-on Sweeper and Mega Vacuum Rover feature vehicle-mounted light bars that illuminate entire crater basins simultaneously.

Browse more tips in our guides catalog or return to the wiki home to explore the full database.