Anker SOLIXF3000VSEcoFlowDELTA Pro 3
DELTA Pro 3 lists 1,024Wh more capacity, 400W more continuous AC output and 200W more total solar input. F3000 is 10kg lighter while remaining in the same wheeled home-backup category.
The documented differences
Green marks the numeric advantage for that row only. Connector and transfer-mode rows deliberately have no winner.
| Specification | Anker SOLIX F3000 | EcoFlow DELTA Pro 3 | Interpretation |
|---|---|---|---|
| Rated capacity | 3,072Wh | 4,096WhAdvantage | Higher label capacity; usable energy is lower. |
| Continuous AC output | 3,600W | 4,000WAdvantage | Ordinary continuous output, not a lifting mode. |
| Maximum solar input | 2,400W | 2,600WAdvantage | A ceiling, not proof that a panel array is compatible. |
| Published weight | 41.5kgAdvantage | 51.5kg | Lower is marked as the metric advantage. |
| USB-C output | 100W USB-C | 2 × 100W | Port count and per-port ceiling both matter. |
| Solar path | High-PV + Low-PV inputs | High-PV + Low-PV inputs | Neither connector is universally better. |
| Transfer mode | 20ms UPS | 10ms UPS | Verify whether your exact load tolerates the transfer. |
Choose for the job,
not the badge.
These recommendations use the documented specifications above. They are not physical test results.
Anker SOLIX F3000
Choose the F3000 when 3,072Wh already covers the outage target and lower system weight matters more than the additional EcoFlow capacity and output headroom.
EcoFlow DELTA Pro 3
Choose DELTA Pro 3 when longer battery-only coverage, 4,000W continuous output and a 2,600W combined solar ceiling are the stronger requirements.
The model name is not the whole product.
Both use asymmetric high- and low-voltage solar inputs, so the total wattage alone does not validate a panel array. Verify each input separately and confirm the exact regional AC hardware.