Introduction
The DJI Power 1000 is a high-capacity portable power station designed to meet the energy needs of a wide range of users, from outdoor enthusiasts to content creators and homeowners seeking reliable backup power. With its impressive 1024Wh capacity and 2400W maximum output power, this device aims to provide a versatile and dependable power solution for various scenarios. In this review, we’ll examine the key features, design, connectivity options, and performance of the DJI Power 1000 to help you determine if it’s the right power station for your needs.
The importance of such a power station becomes particularly evident in regions prone to frequent power disruptions, such as the Philippines during its rainy season. As typhoons sweep through the country, blackouts can become a common occurrence, disrupting daily life and potentially compromising safety. In these situations, the DJI Power 1000 can serve as a crucial backup power source, ensuring that essential devices and appliances remain operational.
Design and Build Quality
The DJI Power 1000 boasts a robust and functional design that focuses on durability as well as ease of use. Measuring 448×225×230mm and weighing approximately 13 kg, it balances portability and power capacity. And while it may be considered heavy for frequent transport, it’s a fair compromise as the size allows for a substantial battery and numerous output options.
The power station features a high-strength structure capable of supporting up to 100 kg, which adds to its durability and allows it to be used as a stable platform in various environments. The use of flame-retardant materials further enhances its safety profile, making it suitable for both indoor and outdoor use.
One of the standout design features is the power station’s focus on quiet operation. With a noise level as low as 23 dB during recharging, it’s quieter than most household refrigerators, ensuring it won’t disturb users even in quiet environments.
The interface is well-organized, with clearly labeled ports and a user-friendly display that provides essential information about power levels and usage. The two 1/4″ thread holes add versatility for when you need to attach accessories or secure the unit during transport.
While the design is functional, some users might find the aesthetics somewhat utilitarian compared to more stylishly designed competitors. This approach prioritizes function over form, appropriate for a device of this nature.
One thing to note is that for all its capabilities, the DJI Power 1000 does not have lighting gear of flashlight feature, which is essential during blackouts.
Connectivity
The DJI Power 1000 excels in its connectivity options, offering a wide range of ports to accommodate various devices and charging needs. The power station includes:
- 2 x 140W USB-C output ports (PD 3.1 compatible)
- 2 x 24W USB-A ports
- 2 x AC output ports
- 1 x SDC port
- 1 x SDC Lite port
- 1 x AC input port
The inclusion of dual 140W USB-C ports is particularly noteworthy, as it surpasses the more common 100W offerings found in many competing products. This higher output is especially beneficial for charging larger devices like laptops.
The AC output ports provide 2400W maximum output power, enabling the use of high-power devices and appliances. The specialized SDC and SDC Lite ports are designed to fast-charge compatible DJI drones, which is a unique feature that sets this power station apart for drone enthusiasts and professionals. On the other hand, a wasted feature for those who don’t have drones.
For input, the DJI Power 1000 supports multiple charging options, including grid power, solar power, and car power. The ability to connect up to six solar panels provides excellent flexibility for off-grid use and environmentally conscious users. The downside is that you have to purchase accessories that allow for this feature, separately.
Performance
The DJI Power 1000 can power over 99% of common household appliances. Its 1024Wh capacity as well as 2400W maximum output power provide ample energy for everyday use and more demanding applications.
| Camping and Road Trips | Content Creation | DIY | Home Backup Battery |
| Mobile Phone Approx. 57 times | Digital Camera Approx. 59 times | Electric Jack Hammer Approx. 1.2 hours | Wi-Fi Router Approx. 76.8 hours |
| Camping Light Approx. 32 times | Laptop Approx. 9 times | Electric Chainsaw Approx. 29 mins | Refrigerator Approx. 45 hours |
| Coffee Machine Approx. 55 mins | Drone Approx. 12 times | Power Saw Approx. 40 mins | Lamp Approx. 92 hours |
| Projector Approx. 9.2 hours | Photography Lighting Equipment Approx. 1.2 hours | Rice Cooker Approx. 1.2 hours | |
| Car Refrigerator Approx. 19 hours | Speaker Approx. 64 times | Juicer Approx. 3.6 hours | |
| Electric Fan Approx. 9 hours | Microwave Oven Approx. 1.3 hours |
Real-world testing
When powering a desktop PC setup including a high-performance computer (750W PSU + RTX 3080 + Ryzen 7 3700X), two monitors, and peripherals, the DJI Power 1000 performed admirably. It easily handled the varying power demands, with 2 to 4 hours of uninterrupted use depending on workload. This makes it an excellent choice for remote work setups or as a backup during power outages, and yes, that’s more than enough time to save your work.
Electric Drill: The power station had no issues running a standard electric drill, demonstrating its ability to handle power tools with ease. This capability makes it valuable for DIY projects or professional use on job sites without access to grid power. Estimated uptime was around 44 hours.
The DJI Power 1000 also excelled at powering multiple devices simultaneously. In a test scenario involving charging a powerbank via USB-C, a tablet via USB-A, a small refrigerator through an AC outlet, and an air circulator, the power station managed the load efficiently without any noticeable performance degradation Powering the fridge alone, the estimated uptime was around 10 hours.
The power station’s fast charging capability is another performance highlight. When connected to grid power, it can be fully recharged in just 70 minutes, with an 80% charge achieved in 50 minutes. This quick turnaround time ensures minimal downtime between uses.
The LFP (Lithium Iron Phosphate) cell chemistry used in the DJI Power 1000 contributes to its long lifespan, with the potential for up to 4000 charge cycles. This translates to approximately 10 years of regular use, making it a durable and cost-effective long-term power solution.
The power station’s UPS (Uninterruptible Power Supply) mode is a standout feature, capable of switching to battery power within 0.02 seconds during a grid power failure. This rapid response time ensures continuous operation of connected devices, which is crucial for sensitive electronics or critical applications.
One area where the DJI Power 1000 could potentially improve is its weight. At 13 kg, it may be challenging for some users to transport frequently. However, this weight is a trade-off for its high capacity and robust build quality.
DJI Power 1000: Verdict
The DJI Power 1000 is a powerful, versatile, and well-designed portable power station that delivers on its promises. Its high capacity, multiple charging options, and wide range of output ports make it suitable for various use cases, from outdoor adventures to home backup power and professional applications.
The DJI Power 1000 stands out in the portable power station market due to its combination of high capacity, fast charging, and unique features like drone battery charging support. Its robust build quality and comprehensive safety features inspire confidence in its long-term reliability.
While it comes at a premium price point, the DJI Power 1000 justifies its cost through its performance, versatility, and potential longevity. It’s particularly well-suited for users who require a dependable power source for various high-drain devices or those who need a reliable backup power solution.
The DJI Power 1000 is priced at PHP 51,590.
Emman has been writing technical and feature articles since 2010. Prior to this, he became one of the instructors at Asia Pacific College in 2008, and eventually landed a job as Business Analyst and Technical Writer at Integrated Open Source Solutions for almost 3 years.
