Scenario-anchored comparison

BLUETTI AC70 vs Anker SOLIX C800 for LED TV

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

Scenario verdict

LED TV: 100 W · 100%

Both stations fit; there is no clear runtime winner

Use these as planning shortcuts, then confirm the full table and sources.

BLUETTI AC70

Overall load fit: Pass
AC output: 1,000 W · Fit: Pass
Surge output: 2,000 W · Fit: Not required
Modeled runtime: 5h 53m

Anker SOLIX C800

Overall load fit: Pass
AC output: 1,200 W · Fit: Pass
Surge output: 1,600 W · Fit: Not required
Modeled runtime: 5h 53m

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 facts	BLUETTI AC70	Anker SOLIX C800
Modeled runtime	5h 53m	5h 53m
Overall load fit	Pass	Pass
Battery capacity	768 Wh	768 Wh
AC output	1,000 W	1,200 W
AC output · Fit	Pass	Pass
Device startup demand	Not required	Not required
Surge output	2,000 W	1,600 W
Surge output · Fit	Not required	Not required

Planning inputs and evidence

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

Load assumptions

Typical wattage range: 60-150 W
Planning default: 100 W
Device startup demand: Not required
Average load: 100%
AC output: AC · 85%
Reserve: 10%
Confidence: Estimated

Sources

Anker SOLIX TV wattage guide
Reliant appliance energy comparison
U.S. Department of Energy power and energy definitions
BLUETTI AC70 · Confidence: Verified
Anker SOLIX C800 · Confidence: Verified

Check sources and assumptions

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

Specification comparison

Use these as planning shortcuts, then confirm the full table and sources.

LED TV

Screen size, brightness, and panel type matter. Check the label or use a plug-in watt meter.