Answer
Can the EcoFlow DELTA 2 run Danby DCR032C1WDB 3.2 cu ft compact refrigerator?
Runs, surge risk
Runs, surge risk. Running draw 66.4 W is within 1,800 W continuous, but startup watts were not published. Willrun will not clear a compressor, pump, or tool start without that number. Estimated runtime: about 35.0 hr.
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The comparison
| EcoFlow DELTA 2 | Danby DCR032C1WDB 3.2 cu ft compact refrigerator | |
|---|---|---|
| Continuous output / running draw | 1,800 W | 66.4 W |
| Surge or peak | Not applied to motors | Not published |
| Resistive boost | X-Boost 2,200 W | Not eligible |
| Capacity / average draw | 1,024 Wh nameplate, 870 Wh usable | 24.9 W |
| Runtime | 35.0 hr | |
| Sources | Station source | Appliance source |
Questions
Can the EcoFlow DELTA 2 run Danby DCR032C1WDB 3.2 cu ft compact refrigerator?
Runs, surge risk. Running draw 66.4 W is within 1,800 W continuous, but startup watts were not published. Willrun will not clear a compressor, pump, or tool start without that number. Estimated runtime: about 35.0 hr.
What watts were compared?
Station continuous output is 1,800 W. No motor-surge rating is applied. Appliance running draw is 66.4 W.
How was the runtime calculated?
1,024 Wh × 0.85 = 870 Wh usable, divided by 24.9 W average draw.
Where did the numbers come from?
US product page: about 1 kWh, 1,800 W output, X-Boost up to 2,200 W, LiFePO4, 3,000+ cycles. Weight, size, and the 4 AC outlets are from the EcoFlow DELTA 2 user manual. The manual line that pairs 1,800 W with a 2,700 W surge is printed next to 230 V, so that surge is not used for this 120 V entry. Danby lists 115 V, 66.4 W, and 218 kWh/year. Average draw is 218 × 1,000 ÷ 8,760 = 24.9 W. Duty cycle 0.375 is that average divided by 66.4 W, so it is an annual-average compressor fraction, not a hot-day measurement. Startup watts are not published.