The role of battery technologies in the development of agro-industrial drones in India

Traditional crop @@T0@@ spraying with chemicals requires great physical effort from farmers and involves health risks due to contact with products. The use of agricultural drones makes it possible to accomplish this task much faster and safer, as well as to optimize water and pesticide consumption.

The efficiency and stability of drones depend on their batteries, which are operated under conditions of high temperatures, dust, and frequent recharging. A Bengaluru-based startup is developing its own rechargeable batteries, thermal management systems, and battery management systems. These batteries operate at temperatures from -40°C to +65°C, charge up to 85 percent in less than half an hour, and are designed for 500–800 operation cycles.

Government initiatives, such as Namo Drone Didi, as well as the development of equipment rental services, open up new opportunities for rural residents and women from self-help groups. Local battery manufacturing simplifies access to maintenance and spare parts, minimizing supply delays. The use of drones also helps to reduce the chemical load on workers, improve soil condition through precision spraying, and attract youth to the agricultural sector.