FAQ

The cell chemistry is LFP (lithium ferrophosphate).
It can achieve up to 4000 cycles, even with frequent use, and can provide an approximate lifespan of 10 years.

^{* Measured at 25° C (77° F) room temperature, being recharged in 600W Standard Recharge Mode at an output power of 1000 W. It maintains over 70% capacity after 4000 cycles. Based on the correct usage of the product, DJI Power 1000 will have an approximate lifespan of 10 years, calculated on the basis of completing one full recharge/discharge cycle nearly every day. This data is for reference only. Actual user experience may vary.}

At an indoor temperature of 25° C (77° F), while keeping a 100cm distance from DJI Power 1000, the noise is approximately 23 dB when using 600W Standard Recharge Mode.

UPS, short for Uninterruptible Power Supply, is mainly used to supply power to devices through DJI Power 1000 when there is a power outage and prevent accidents that might otherwise be caused.
When electrical devices are connected to the powered-on DJI Power 1000 and both are receiving grid power, DJI Power 1000 defaults to UPS mode. DJI Power 1000 can start powering the connected devices within 0.02 seconds. You can decide whether to use this mode based on the device(s) you are using.
When using UPS mode, the charging speed will be subject to the load of the connected appliances, which changes dynamically, so the time required to fully charge these appliances will also differ.

Refer to the Firmware Update section in the user manual. Before the update, install DJI Assistant 2 (Power Series) on your computer.
The user manual and DJI Assistant 2 download links are available at:
https://www.dji.com/power-1000/downloads

The default warranty period is three years. You can get an additional two-year warranty period by scanning the QR code on the main body to complete the registration.

DO NOT store the power station for an extended period after fully discharging. Otherwise, the battery may over-discharge and cause irreparable damage to the battery cell.
For long-term storage, please recharge the product to 100% and then discharge it to approximately 60%. Storing with high battery level for a long duration can cause the battery to age more quickly, while storing with low battery levels can cause over-discharge.
‌Then, recharge and discharge it once roughly every four months: First, discharge the power station to 15%, power off, and wait for two hours or longer. Then, recharge it to 100% using the 600W Standard Recharge Mode in order to maintain the power station.

If an error code appears on the power station display, click on this link for details.

There are three recharging methods:
1. Recharging with AC power through the AC input port.
2. Recharging with solar power via the DJI Power Solar Panel Adapter Module (MPPT) and solar panels.
3. Recharging with a car power outlet via the DJI Power Car Power Outlet to SDC Power Cable (12V/24V).

The fastest recharging method is through the AC input port. It takes just 70 minutes (approx.) to charge from 0% to 100%, and approximately 50 minutes to charge from 0% to 80%.

When recharging DJI Power 1000 with solar panels, the DJI Power Solar Panel Adapter Module (MPPT) is required. DJI Power 1000 can connect up to two adapter modules at the same time, and each can then connect up to three solar panels for recharging via solar power.*

^{* DJI Power Solar Panel Adapter Module (MPPT) and solar panels are sold separately.}

It is recommended to use DJI-certified Zignes solar panels.
To use solar panels not officially recommended by DJI, convert the solar panel connector to an XT60 interface. To prevent damage to the MPPT module and the power station, ensure the open-circuit voltage of the solar panel is less than 30 V. The power output of each solar panel connected to a single XT60 interface should not exceed 200 W, with the total output power of solar panels connected to the entire MPPT module capped at 400 W.

There are three ways to supply power: From the AC output port, USB ports, and SDC or SDC Lite port.
The AC output port can be directly connected to common household appliances.
USB ports can power laptops, mobile phones, or other digital devices.
The SDC port and SDC Lite port support a variety of power supply extensions through accessories, and can fast charge select DJI drone batteries, such as those from the Mavic 3 series and the Air 3 series.

After turning on the power station, you can press the AC button to start AC power output.
If you press the AC button once to enable AC output, the AC output indicator will blink slowly. AC output will automatically shut down to save electricity if the power station is not charging any device via the AC output ports within half an hour.
If you press and hold the AC button to enable AC output, the AC output indicator will show solid light, and AC output will not automatically shut down.

You can do either of the following:
1. When being recharged with AC input power at different frequencies, the power station will automatically switch to the same frequency as the input power.
2. To manually switch, press and hold the AC button for 10 seconds until the frequency changes on the screen.

First, you need to check whether your USB-C cable supports high power transmission of 140 W.
Taking a 16-inch MacBook Pro as an example, if you use a regular USB-C charging cable, the maximum power transmission is only 100 W. It can only reach 140 W when using the standard magnetic cable.

Power 1000 can stably provide a max continuous output of 2200 W until the battery runs out.* At an output power of 2600 W, the product can sustain approx. 30 seconds of runtime.**

^{* At a room temperature of 25° C (77° F), Power 1000 can stably provide a max continuous output of 2200 W until the battery runs out. Data measured in a DJI laboratory.
** Measured when DJI Power 1000 is at approx. 25° C (77° F) and 50% battery level. Duration may vary due to differences in battery temperature and battery level. Refer to the actual usage. It is recommended to use max power output when the battery is at a moderate temperature and a relatively higher battery level. Data measured in a DJI laboratory.}

The power supply capability will be affected in low-temperature environments, and the output power will decrease. To ensure battery life, when the power station detects that the battery has a cell under-voltage, it will automatically shut down the output when the output power exceeds 1000 W.

One hour.

1. Recharging the power station with solar power via the DJI Power Solar Panel Adapter Module (MPPT).
2. Fast charging DJI Mavic 3 Series Intelligent Flight Battery, DJI Air 3/3S Intelligent Flight Battery, DJI Inspire 3 TB51 Intelligent Battery, and Matrice 30 Series TB30 Intelligent Flight Battery using the corresponding fast charge cable.
3. Supplying power to car-powered appliances via the DJI Power SDC to Car Charger Plug Power Cable.
4. Charging model aircraft batteries outdoors by connecting to the balance charger (model aircraft battery balance charger) via the DJI Power SDC to XT60 Power Cable (12V).
5. Recharging the power station with a car’s power outlet via the DJI Power Car Power Outlet to SDC Power Cable (12V/24V).

DJI Mavic 3 Series Intelligent Flight Battery, DJI Air 3/3S Intelligent Flight Battery, DJI Inspire 3 TB51 Intelligent Battery, and Matrice 30 Series TB30 Intelligent Flight Battery.

After the flight, wait until the drone battery has cooled down before connecting it to the corresponding DJI Power SDC fast charging cable; otherwise, charging speed may be affected.
Since the final 5% of charging a drone battery (from 95% to 100%) is completed via trickle charging, the charging speed is relatively slower. You can consider using the battery after it is charged to 95%, as the operating time will not be significantly less than it is when fully charged.