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Scenario-anchored comparison

BLUETTI AC180 vs Jackery Explorer 1000 v2 for 12V portable cooler

Same device load, same runtime assumptions, and source-backed station specs. This is a planning estimate, not a measured runtime test.

Scenario verdict

12V portable cooler: 50 W · 60%

BLUETTI AC180 has the longer modeled runtime

Both stations pass the available continuous and startup checks. BLUETTI AC180 estimates 1d 7h; Jackery Explorer 1000 v2 estimates 1d 4h.

BLUETTI AC180

  • Overall load fit: Pass
  • AC output: 1,800 W · Fit: Pass
  • Surge output: 2,700 W · Fit: Not required
  • Modeled runtime: 1d 7h

Jackery Explorer 1000 v2

  • Overall load fit: Pass
  • AC output: 1,500 W · Fit: Pass
  • Surge output: 3,000 W · Fit: Not required
  • Modeled runtime: 1d 4h

Specification comparison

A runtime shown beside a failed or unknown fit is conditional: it applies only if the load starts and stays within the station limits.

Swipe table sideways
Specification comparison
Key factsBLUETTI AC180Jackery Explorer 1000 v2
Modeled runtime1d 7h1d 4h
Overall load fitPassPass
Battery capacity1,152 Wh1,070 Wh
AC output1,800 W1,500 W
AC output · FitPassPass
Device startup demandNot requiredNot required
Surge output2,700 W3,000 W
Surge output · FitNot requiredNot required

Planning inputs and evidence

The same source-backed load and calculation assumptions are used for both stations.

Load assumptions

  • Typical wattage range: 35-75 W
  • Planning default: 50 W
  • Device startup demand: Not required
  • Average load: 60%
  • AC output: AC · 90%
  • Reserve: 10%
  • Confidence: Estimated

Check sources and assumptions

Open the parent records before using this estimate for a purchase or backup plan.

12V portable cooler

12V coolers can be efficient on DC, but duty cycle depends on ambient temperature and insulation.