The product design of electric sprayers is trending toward intelligence, scenario-specific functionality, and lightweight construction. Design philosophies are evolving from viewing the device merely as a powered tool to treating it as an "intelligent execution terminal" and "data node" within a smart agricultural ecosystem; emphasis is placed on intelligent collaboration and open data interfaces to ensure seamless integration with farm management systems and closed-loop management of operational data.
Technologically, system energy efficiency is optimized through the use of high-energy-density batteries and intelligent variable-frequency technology, while the adoption of novel composite materials reduces the unit's overall weight; simultaneously, the carrying system and control interface are refined to enhance the user experience. Key metrics for user evaluation have shifted from traditional benchmarks-such as maximum spray volume-to criteria like "electricity cost per mu," "design lifespan of core components," and "smart system compatibility." Product design is increasingly scenario-oriented, offering tailored solutions for diverse terrains and crops, including orchards, greenhouses, open fields, and hilly areas.
In terms of specific hardware, innovative designs such as the "rotary automatic application unit for electric sprayers" have emerged; these units feature a structure comprising a nozzle bracket module, a rotation module, a pyroelectric infrared sensor module, a remote control module, a speed regulation module, a gravity-sensing module, and an alert module.
