DJI Power 2000: Runtime & Specs
By Hicham M. · Specs from DJI's published documents, as of September 2026 · How we calculate
The DJI Power 2000 is a 2,048 Wh LiFePO4 power station with 3,000 W of continuous AC output. It runs a typical full-size fridge for about 30 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 2000, 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 | 4.8 days | 45 hours | 37 hours to 2.4 days | 39 hours |
| CPAP (no humidifier) | 2.4 days | 33 hours | 29 hours to 40 hours | 28 hours |
| Starlink Standard | 19 hours | 16 hours | 15 hours to 17 hours | 13 hours |
| Refrigerator (full-size, ENERGY STAR) | 30 hours | 22 hours | 20 hours to 24 hours | 19 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 26 W for this model, varied from 16 to 39 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 2000. How we calculate · How we use AI
How long will the Power 2000 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 | 8.1 days | |
| Phone charging | 10 W | 7.7 days | |
| Wi-Fi router + modem | 15 W | 4.8 days | |
| Laptop | 50 W | 35 hours | |
| CPAP (no humidifier) | 30 W | 2.4 days | |
| CPAP with heated humidifier | 60 W | 29 hours | |
| Starlink Standard | 90 W | 19 hours | |
| TV | 100 W | 17 hours | |
| Mini fridge | 29 W | 2.5 days | |
| Refrigerator | 58 W | 30 hours | |
| Chest freezer | 29 W | 2.5 days | |
| Sump pump (1/3 HP) | 160 W | 11 hours | |
| Sump pump (1/2 HP) | 210 W | 8.3 hours | |
| Window AC | 225 W | 7.7 hours | |
| Drip coffee maker | 1,000 W | 1.7 hours | |
| Microwave | 1,500 W | 1.2 hours | |
| Space heater | 750 W | 2.3 hours | |
| Well pump | 33 W | Needs 240 V |
Surge? = this model has no published surge rating, so starting motors and compressors may or may not work. 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.
The Power 2000 in action
DJI's own video, so expect a sales pitch. It loads from YouTube only when you press play.
Play the DJI Power 2000 video: Introducing DJI Power 2000
What the Power 2000 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 1,200 W solar input.
| Panels | Power in | Hours of sun |
|---|---|---|
| 100 W of panels | 75 W | 27 hours |
| 200 W of panels | 150 W | 14 hours |
| 400 W of panels | 300 W | 6.8 hours |
| 1,200 W of panels | 900 W | 2.3 hours |
| 1,800 W of panels (split across inputs) | 1,350 W | 1.5 hours |
Check panel voltage and wiring with the solar charging calculator.
Full specifications
| Battery capacity | 2,048 Wh |
|---|---|
| Amp-hours at 12 V (converted) How we convert | 171 Ah (160 Ah at 12.8 V) |
| Battery chemistry LFP vs NMC | LiFePO4 (LFP) |
| Continuous AC output | 3,000 W |
| Surge (peak) output | Not published |
| Boost mode | None listed |
| AC voltage | 120V |
| AC outlets | 4 |
| USB-C ports | 4 (up to 140 W) |
| USB-A ports | 4 |
| 12 V car outlet | No |
| Max solar input | 1,800 W (1,200 W per input) |
| Solar voltage range | 12–60 V |
| Solar max current | 20 A |
| Max AC charging power | — |
| AC charging time (maker claim) | 0–80% in ~55 min at 120V |
| Expandable | Yes, up to 22,528 Wh |
| UPS / EPS switchover What this means | 10 ms |
| Cycle life What this means | 4,000 cycles (to 80%) |
| Weight | 48.5 lb |
| Warranty | 5 years |
Notes: Solar via 1.8kW Solar/Car charger: MC4 12–60V/20A/1200W + 600W port. US AC in 110–120V, 15A (2200W claim is 220–240V). Up to 10 Expansion Battery 2000. 80% @ 4000. From 22 kg.
Specs from DJI's published documents, as of September 2026. Found an error? Tell us.
Sources
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