DJI Power 1000: Runtime & Specs
By Hicham M. · Specs from DJI's published documents, as of September 2026 · How we calculate
The DJI Power 1000 is a 1,024 Wh LiFePO4 power station with 2,200 W of continuous AC output and a 4,400 W surge rating. It runs a typical full-size fridge for about 15 hours.
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Simulated runtimes (not measured)
Nobody tested this unit for this page. These figures come from a computer simulation of the Power 1000, and they are estimates. The plain runtime table below divides energy by average draw at 85% efficiency. The simulation also charges the battery for the power the inverter burns just by being switched on, which is why small loads come out shorter. Where we have measured a unit, the measurement is shown separately and labeled as measured.
| Device | Spec-sheet math | Simulated, typical | Likely range | Simulated at 0 °C |
|---|---|---|---|---|
| Wi-Fi router + modem | 2.4 days | 26 hours | 21 hours to 32 hours | 22 hours |
| CPAP (no humidifier) | 29 hours | 18 hours | 16 hours to 21 hours | 15 hours |
| Starlink Standard | 9.7 hours | 8.3 hours | 7.8 hours to 8.9 hours | 7.1 hours |
| Refrigerator (full-size, ENERGY STAR) | 15 hours | 12 hours | 11 hours to 13 hours | 9.9 hours |
Nonstop runtime from full to battery cutoff. Likely range = middle 80% of 200 simulated runs with the uncertain inputs varied. The inverter idle draw is assumed, not published: we assumed about 21 W for this model, varied from 13 to 32 W. If the real figure is lower, real runtimes land closer to the spec-sheet column.
How this was simulated
- The battery is stepped down every 2 minutes until it reaches cutoff, for 200 runs per device. Results are seeded, so the page shows the same numbers on every build.
- Battery draw = load + inverter idle draw + 4–8% of the load + a loss that rises with load squared (4% at full output).
- Usable capacity = 92–98% of rated Wh, for protection cutoff and aging.
- At 0 °C, 80–90% of that capacity is assumed available.
- Fridges cycle on and off every 30–50 minutes at the share of the time set by their average draw. The inverter idle draw continues while the compressor is off.
- Devices that exceed this model's output or surge rating are left out. Loads are US 120 V devices.
These ranges are assumptions about a typical unit. They are not manufacturer figures for the DJI Power 1000. How we calculate · How we use AI
How long will the Power 1000 run your appliances?
Nonstop runtime for one device at a time, using typical US wattages and 85% inverter efficiency. Devices marked ✕ can't run on this model.
| Device | Avg draw | Runtime | Bar |
|---|---|---|---|
| LED light bulb | 9 W | 4 days | |
| Phone charging | 10 W | 3.8 days | |
| Wi-Fi router + modem | 15 W | 2.4 days | |
| Laptop | 50 W | 17 hours | |
| CPAP (no humidifier) | 30 W | 29 hours | |
| CPAP with heated humidifier | 60 W | 15 hours | |
| Starlink Standard | 90 W | 9.7 hours | |
| TV | 100 W | 8.7 hours | |
| Mini fridge | 29 W | 30 hours | |
| Refrigerator | 58 W | 15 hours | |
| Chest freezer | 29 W | 30 hours | |
| Sump pump (1/3 HP) | 160 W | 5.4 hours | |
| Sump pump (1/2 HP) | 210 W | 4.1 hours | |
| Window AC | 225 W | 3.9 hours | |
| Drip coffee maker | 1,000 W | 52 min | |
| Microwave | 1,500 W | 35 min | |
| Space heater | 750 W | 1.2 hours | |
| Well pump | 33 W | Needs 240 V |
Fridges, freezers, pumps and AC units cycle on and off, so we use their average draw. Want a mix of devices on a schedule? Use the runtime calculator.
What the Power 1000 can't power
- Well pump (1/2 HP submersible): needs 240 V
Solar charging time
Hours of good sun to charge from empty, assuming panels deliver 75% of their rating and one array per 200 W solar input.
| Panels | Power in | Hours of sun |
|---|---|---|
| 100 W of panels | 75 W | 14 hours |
| 200 W of panels | 150 W | 6.8 hours |
| 400 W of panels (split across inputs) | 300 W | 3.4 hours |
| 800 W of panels (split across inputs) | 600 W | 1.7 hours |
Check panel voltage and wiring with the solar charging calculator.
Full specifications
| Battery capacity | 1,024 Wh |
|---|---|
| Amp-hours at 12 V (converted) How we convert | 85.3 Ah (80 Ah at 12.8 V) |
| Battery chemistry LFP vs NMC | LiFePO4 (LFP) |
| Continuous AC output | 2,200 W |
| Surge (peak) output | 4,400 W |
| Boost mode | None listed |
| AC voltage | 120V |
| AC outlets | 2 |
| USB-C ports | 2 (up to 140 W) |
| USB-A ports | 2 |
| 12 V car outlet | No |
| Max solar input | 800 W (200 W per input) |
| Solar voltage range | 12–30 V |
| Solar max current | 10 A |
| Max AC charging power | 1,200 W |
| AC charging time (maker claim) | 0–100% in 70 min (0–80% in 50 min) |
| Expandable | No |
| UPS / EPS switchover What this means | 20 ms |
| Cycle life What this means | 4,000 cycles (to 70%) |
| Weight | 28.7 lb |
| Warranty | 5 years |
Notes: V2 not sold in US. 2600W for ~30 s. Solar via 2 DJI MPPT adapters (12–30V, 10A/200W per XT60, 400W each). 4000 cycles to 70%. Default warranty 5 years per DJI’s FAQ. 13 kg.
Specs from DJI's published documents, as of September 2026. Found an error? Tell us.
Sources
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