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PRODUCTION CALCULATOR

Battery

Compare exact approaches, set machines or an output target, then trace every dependency to its source.

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EXACT RECIPE + PRODUCER

Production option

OUTPUT TARGET

Throughput input mode

1 machine at 100%

15/min total output

UPSTREAM PREVIEW

Trace the full production chain

Expand branches as needed; compare exact v1/v2 choices inline.
UPSTREAM MACHINE SETAll released machines
Use upstream recipes from
  • BatteryMega PressBattery1 machine15/min
    • InductorFurnaceInductor1 machine30/min
    • ElectronicsFurnaceElectronics2 machines @ 62.5%15/min
    • Sulphuric Acid
      Production approach for Sulphuric Acid
      1 machine @ 6.3%15/min
How automatic choices work

Automatic choices use a disclosed throughput-first preview, not a whole-factory optimum. Ore remains a terminal mined resource, so node purity is never guessed.

SECONDARY DETAILSDirect machine step & utilitiesTotal output15/min

DIRECT PRODUCTION STEP

Machine-bank flow

IN

Required inputs

  • Inductor30/min per machine30/min
  • Electronics15/min per machine15/min
  • Sulphuric Acid15/min per machine15/min

PRODUCER

Mega Press

Battery
Machines
1
Cycles/min
15
OUT

Machine-bank output

  • Battery15/min per machine15/min

VERIFIED UTILITIES

Machine-bank demand

Power
3030 each
Core load
1515 each

FULL-CHAIN TOTALS

Production summary

Sustained source inputs and whole production machines for the currently selected chain.
Resource types
6
Production machines
22 machines
IN

Resources required

Repeated source branches are combined in items/min.

  • Calcium OreSource resource15.563/min
  • Goethite OreSource resource0.656/min
  • Helium-3Source resource56.25/min
  • Sulphur OreSource resource18.75/min
  • Titanium OreSource resource10.208/min
  • Wolfram OreSource resource12.5/min

Extraction quick reference

Convert sustained demand into source nodes.

Ore extractor tier

Counts are alternatives assuming every tap uses the same purity.

Resource-node estimates by ore purity
ResourceNeedImpureNormalPure
Calcium Ore15.563/min160/min each1120/min each1240/min each
Titanium Ore10.208/min160/min each1120/min each1240/min each
Wolfram Ore12.5/min160/min each1120/min each1240/min each
Fixed-rate sources
  • Goethite OreLaser Drill1×15/min each
  • Helium-3Helium-3 Extractor1×240/min each
  • Sulphur OreSulfur Extractor1×240/min each

Machines to build

Ordered from source processing toward final production.

  • Pyro ForgeGoethite Ingot · 4.4% sustained load1×
  • SmelterCalcium Block · 25.9% sustained load1×
  • SmelterTitanium Bar · 17% sustained load1×
  • SmelterWolfram Bar · 20.8% sustained load1×
  • FabricatorCalcite Sheets · 31.3% sustained load1×
  • FabricatorTitanium Beam · 8.3% sustained load1×
  • Fabricator v.2Titanium Sheet · 11.5% sustained load1×
  • Fabricator v.2Wolfram Wire · 22.9% sustained load1×
  • Furnace v.2Calcium Powder · 15.5% sustained load1×
  • Furnace v.2Wolfram Powder · 9.4% sustained load1×
  • Fabricator v.2Tube · 18.8% sustained load1×
  • FurnaceTitanium Housing · 16.7% sustained load1×
  • Furnace v.2Ceramics · 62.5% sustained load1×
  • Furnace v.2Chemicals · 3.1% sustained load1×
  • Compounder v.2Sulphuric Acid · 6.3% sustained load1×
  • Fabricator v.2Stator · 25% sustained load1×
  • FurnaceInductor · 75% sustained load2×
  • FurnaceSynthetic Silicon · 50% sustained load1×
  • FurnaceElectronics · 62.5% sustained load2×
  • Mega PressBattery · 100% sustained load1×

Identical recipe assignments are consolidated before whole-machine rounding. Extraction estimates are planning references and are not included in the production-machine total.

As of Update 1 · hotfix 0.2.8
Data provenance

The public hotfix above was current when this catalog was captured. Numerical values retain the source dataset’s separate claimed build.

Public hotfix build
Steam build 23761620
Claimed data build
Update 1 0.2.0 · Steam build 22674441
Source snapshot
ea-u1-gv35118973__srdb-2.3.4__20260711T050230Z
Catalog revision
catalog-a24a13016b1371ac0c7fe2d53a58416dadd2b95b0cdfceda1921b0e0a02ea732
Captured
Jul 11, 2026, 5:02:30 AM UTC