How Drones are Making Farming More Inclusive by Reducing Labor Intensity — The Story of Ainem

DJI Pilot StoryLeave a comment

The use of Agriculture Drones helps to make agriculture more inclusive by reducing labor intensity. And here is one of the user story.   Aniem is a professional agricultural drone pilot residing in a rice-growing area near Penang, Malaysia. She sprays and sows the fields of her family farm while also providing plant protection services to neighboring villagers. Aniem is the mother of two children and is expecting her third child soon. Image of Aniem, her children and the Agras T20   Purchased a T16 in 2020 and a T20 a year later, Aniem operates in a rice area where the main season runs from February to August. Each workday is divided into two periods, morning and afternoon, from 8:00 am to 12:00 noon and from 4:00 pm to 7:00 pm. Aniem was introduced to agricultural drones through her family and friends in the same village and found it interesting.   “When I saw the agricultural drone for the first time, I became interested, because it is very helpful for the management of our family farm,” said Aniem. When first introduced to agricultural drones, Aniem was initially hesitant and nervous. However, after seeking advice from experienced villagers, she quickly learned that operating the machinery was not as difficult as she thought. With guidance from her friends, Aniem mastered the essentials of operation and was able to adjust the flight speed and spraying mode to work at the right farming time and place.   Recalling how she felt when she first learned agricultural drone, Aniem said: “No matter you what your gender is, you can master the operation techniques with passion and a willingness to learn.” Aniem has opened a Tiktok account to showcase her daily work in plant protection services. With the integration of agricultural drones, this has become a significant source of income for her. According to Aniem, the use of agriculture drones not only saves money in the long run but also reduces the burden on her husband.   On the local New Year’s Day, Aniem’s family portrait featured their agricultural drone. Aniem shared that the drone has significantly increased rice production while saving on manpower, time, and pesticide costs. What used to take 2 hours to manually spray a hectare of rice fields for insect removal, now only takes 20 minutes with the use of agricultural drones.   “Farmers like us really should switch to a more modern farming model.” Aniem is very optimistic about the prospects of agriculture drones.

DJI Agriculture Launches the DJI Relay Module: Stay Connected and Take Your Agricultural Drone Capabilities to the Next Level

Brand NewsLeave a comment

Experience the latest innovation in agricultural drone technology with the DJI Relay Module. Designed as an accessory module for DJI Agriculture drones (T40 and T20P), this module extends the signal transmission distance, making it an essential tool for large-scale farming operations on different terrains. *The Relay Module shown above is an early test version. The final version uses an optimized material for the antenna shell, resulting in a darker gray color.   During the operation, signal connections between the drone and remote controller can be disrupted by tall crops, trees, or hills, leading to display lag and an increased risk of signal loss.   To address this issue, DJI Agriculture has introduced the DJI Relay Module along with the latest firmware for T40 and T20P. To take full advantage of the module, it is recommended to upgrade the devices to the latest firmware version.   (Note: T20P is unavailable in certain countries and regions. Please consult your local distributor for information.) Easy Pairing With Your Agras Drone To use the relay module, the first step is to pair the relay module with the AGRAS drone. Simply short-press and hold the power button to turn on the module. When powered on, the RC and UAV lights will light up red. To start the pairing process, press and hold the power button until the left RC light turns green. Next, navigate to the device management section on the remote controller and select the Relay Module. Then, click on the pairing option to complete the process. When the RC and UAV lights both turn green, the pairing is successful. Long Hours Work Made Easy with Power Bank Support If you’re working long hours in the field and need to keep your Relay charged, consider using a PD protocol power bank. With a PD protocol power bank, you can ensure that your Relay stays powered up and ready to go, even when you’re away from a traditional power source. This can be especially useful if you’re working in remote areas. Essential Installation Tips and Safety Notes for DJI Relay Module The second step is to identify the ideal spot to install your Relay Module. The best location is a relatively high and central spot in your operation area. This helps to ensure the best signal coverage and connectivity for your drones. To mount the Relay Module, ensure that you have a standard tripod connector provided. You can purchase or customize a suitable pole and tripod base depending on the unique terrain and crops you are working with. Finally, attach the Relay Module to the tripod using the connector.  * Please use a 5/8’’ screw. The pole and tripod are not included in the product package.   Please be noted that the Relay Module should be installed at least 2 meters higher than the crop canopy that you will spray. Specially, for safety, please do not use it during thunderstorms. Stabler Signal Connection With the DJI Relay Module As shown on the screenshot, the drone demonstrates a stable signal even when flying to the other side of the mountain and reaching the valley.   

Agras T30: Revolutionizing Digital Agriculture with its Efficient Battery and Charger Systems

Media PressLeave a comment

DJI Agras T30’s Quick-Charge Battery Station and Advanced Spraying Capabilities Transform Agricultural Management Agriculture drones have come a long way in recent times, and one of the products that have captured the interest of farmers worldwide is the Agras T30. One reason is the drone’s battery system, which includes its charging equipment and its intelligent flight battery, which have undergone comprehensive optimization for high performance and efficiency. In this blog, we will explore how the T30’s innovative battery and charger systems have revolutionized digital agriculture, making it a preferred choice for modern-age farming.  Continuous Operations with a Pair of Batteries The T30 energy supply system is designed to meet the needs of time-conscious farmers by charging its batteries in just 10 minutes. Under standard operating conditions, it only requires two batteries and a single charging station for continuous operations. The entire system is compact and easily portable, fitting comfortably into a small pickup truck, allowing farmers to literally pick up and go. This is possible due to increased charging power and a higher discharge current. It is an incredible improvement when compared to traditional charging systems that take hours to charge batteries fully. With fast charging, farmers can optimize their time and focus on other aspects of farming that require attention. High-Temperature Tolerance and Enhanced Battery Safety For batteries, especially those used in harsh farming environments, temperature conditions can pose a significant challenge. To improve battery stability during continuous charging and discharging, the T30 battery utilizes a new system of high-temperature chemistry. This system increases the temperature tolerance of the battery cells, making it possible to reduce internal resistance, thus increasing power output. The T30 battery can withstand temperatures up to 65°C – 70°C, ensuring optimal performance even in the heat of summer and maintaining stability during continuous charging and discharging cycles.   This advancement is a result of significant engineering optimizations by DJI, which reduced the internal resistance of the battery cell by 40% when compared to the T20. Consequently, the temperature rise at the same power level is noticeably lower. The T30’s battery cell also benefits from a high-temperature electrolyte, which effectively counteracts the typical bulging issues that occur at 45°C – 55°C in standard electrolytes, fundamentally removing high-temperature usage safety hazards.   Beyond just heat management, the T30 integrates a robust protection system for its batteries, adapted for complex farmland operations. The battery implements board-level potting protection for waterproofing and corrosion resistance. Furthermore, every T30 comes standard with a battery safety box, ensuring additional protection and facilitating easier equipment storage. Economic Efficiency and Integrated Charging The Agras T30 doesn’t just excel in performance, it shines in the realm of economic efficiency as well. In terms of battery cost, the T30 boasts a significant breakthrough. Thanks to the introduction of a new chemical system, the T30’s battery cycle counts have improved vastly, from the 600 cycles of its predecessor, the T20, to an impressive 1,000 cycles. With the Agras T30, farmers are presented with a solution that’s not only technologically advanced and robust, but remarkable in its cost-effectiveness and operational efficiency. Introducing the T30 Intelligent Battery Station The Agras T30 drone comes equipped with a robust Intelligent Battery Station, which represents a significant upgrade to its predecessor. This powerful charging system harnesses a 7200W charging capability, providing ultra-fast charging in just ten minutes. That’s an impressive 20% increase in charging efficiency compared to the previous generation. Adaptable and Safe Charging Understanding that this level of power might exceed the capacity of typical household wiring systems, potentially leading to problems such as tripping or even safety hazards in cases of aged wiring, the T30’s Intelligent Battery Station has been designed with an innovative power adaptive function. This feature lets the charger automatically recognize the voltage and adjust its power output as needed to prevent overloading the power line. This ensures safe charging both indoors and outdoors, adapting to the energy infrastructure at hand. Conclusion In summary, the Agras T30 is an innovative product that offers a unique combination of features designed to meet the needs of modern-day farming. With its fast-charging battery, high-temperature chemistry technology, cost-effectiveness, and smart charging manager, farmers can boost their productivity and efficiency while minimizing operational costs. As the digital agriculture space continues to grow, Agras T30 will undoubtedly play a crucial role in ensuring sustainable and profitable agriculture.