Although many intelligent and information-based intelligent feeding systems exist in traditional poultry breeding, most are oriented to large-scale farms. Applicable intelligent poultry breeding and monitoring systems are scarce for small-scale individual farmers based on family units. In response to this problem, this design is committed to creating a small, intelligent poultry feeding system for individual farmers. The sensor module collects key data such as environmental temperature and humidity, feed tray amount, and water tank level. It transmits the data to the microcomputer for real-time processing. The processed information is visually displayed through the TFT-LCD screen, and the data is uploaded to the Aliyun platform through the Wi-Fi module. After receiving the data, the platform will send the relevant information to the mobile phone app, and the user can operate through the app. The operation instructions are returned to the microcomputer through the cloud server to realize the system's remote control.

Hongze Zhang, Xiangcong Zeng. Design of Small Intelligent Poultry Feeding System. International Journal of Frontiers in Engineering Technology (2025), Vol. 7, Issue 1: 49-55. https://doi.org/10.25236/IJFET.2025.070108.

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