Probably Stolen machines: batteries, charging and modules

Do not use “Ready” as proof that every prerequisite is satisfied. Our grower still said Ready while its battery was removed, with a seed loaded and no growth after the night.

1. Double-click the machine and open its instruction note. Use its actual slots and required inputs as your checklist; the tested hydroponic systems work overnight.
2. Inspect the cell inside the machine, including its numerical kJ reading. A charged cell elsewhere in your inventory is not installed. In our controlled failure, the removed cell remained in inventory while the grower did nothing.
3. Check the input and consumables. Our Nutrifruit Seed required 16 work and listed 100 ml of water per day. The successful test used the supplied water container; we did not scan its purity.
4. Inspect the output grid and clear space for the result. Our first test started with an empty output. We did not measure the exact threshold where a full output prevents operation.
5. Read Required Energy and Progress Speed on the machine’s tooltip, then compare the next morning’s readings. The displayed base values exclude the installed module adjustments.

We used the Old Hydroponic System supplied in the Hydroponic Farmer start. It contained three stuck Glitched Modules and one stuck Ruined Module. We loaded a Nutrifruit Seed, left its water container in place and removed its full Energy Cell. Paid shop power alone did not make the crop grow.

Restoring that same 100/100 kJ cell corrected the failure. The first working night reached 9/16 work. The second produced seven food items in the output: five Nutrifruit and two Small Nutrifruit. The seed input was empty afterward. The first harvest establishes a working setup; it does not establish a repeatable sale price or guaranteed quality distribution.

This is a spare-cell charging arrangement. We did not test a PowerBloc, adjacency charging or a self-recharging battery. Do not copy an adjacency layout from another item and assume the basic Recharger behaves the same way.

1. Obtain a Recharger. We bought the basic unit from Dr. Jackson’s after-hours shop on day 5 for 172 game credits. That is our observed price, not a universal price for every difficulty or stock condition.
2. Open the Recharger and drag the spare Energy Cell into its Energy Cells grid. Our test used the 78/100 kJ cell removed from the first grower. The second producing grower kept a different battery.
3. Pay Power Service on the end-of-day screen and sleep. Our power service cost 5 credits. Insurance and cleaning were separate selections.
4. Inspect the same cell the following morning. Our unpowered control night stayed at 78/100; the next night with paid power reached 81/100. When you want that cell to power a machine, put it back in the machine’s battery slot.

Compare the measured rate with your demand. The basic charger restored 3 kJ to our spare cell in one paid night. The Glitched-module grower consumed 11 kJ during a working night. One such recharge night therefore restored less than one such production night consumed. Rotating batteries buys time, but this measured charging rate alone does not sustain that workload.

Those figures describe two separate cells and devices. They are a throughput comparison, not a claim that the Recharger adds 3 kJ directly to an operating machine. We also checked a lower-demand Eco configuration below: it used 3 kJ in a working night, with less growth. Matching those rates suggests a different budget, but we did not test a long-running automated loop.

Both machines displayed base energy 8/day and base progress 8/day. Their existing installed modules changed those figures substantially. We left the stuck modules in place and compared the two starting configurations; this was not a controlled swap on a single machine.

The figures below come from each module’s tooltip, the combined machine tooltip and actual overnight battery/growth readings. Percentages are the displayed module values. Use the final Required Energy and Progress Speed readings instead of assuming a simple formula or copying the base number.

Checked on screen · Nov 9, 2026

7:14–7:50 · 36 sQuality modules and the Module Bay Expansion Kit (creator chapter at 7:14)

Inspect the grid shape and each installed item. Our starting module bays had irregular usable spaces and stuck modules. Their tooltips explicitly required a Module Extractor. Dragging a loose module over the bay did not install it in our attempted positions.

We did not obtain or use the extractor in this test, so this guide does not claim a removal procedure, extractor durability or repair outcome. It also does not promise that a loose Efficiency, Performance or Quality module will fit your current grid. Read the actual footprint and final machine stats before committing to an upgrade.

Our demonstrated charging correction was paying Power Service after an unpaid control night. We did not test depleted-cell bugs or a toggle-service workaround.

The 3:15 video is silent with explanatory text burned into the picture; the 34-second short isolates the charging control and result. Both use original gameplay at normal speed with cuts between test days. The text transcript is an alternative to watching; the VTT file is the same explanatory text, not a speech transcript.

Read the complete video text

Download the timed explanatory text

Inspect the test measurements and source timestamps

Tested October 29, 2026, on the purchased Windows / Steam build 26284217, visible version 100-REV3. Separate Hydroponic Farmer research save, Mark Up (Normal), Skip Intro, no perks, days 1–7. Existing user progress was backed up and its original save hash remained unchanged.

This guide verifies one missing-battery failure and correction, a finished harvest, a basic Recharger control/comparison and the displayed/measured behavior of two existing module configurations. We did not test a completely depleted cell, exact full-output blocking threshold, long-term charging loop, extractor removal, module repair, Quality effects or other machine families.

The official October 28 hotfix lowered Dr. Jackson’s Normal markup from 25% to 15%. Prices and behavior from older community posts may differ. Our measured results belong to the recorded retail build; they are not a claim that every machine or battery tier behaves identically.