This research project presents the development and implementation of an automated chicken egg incubation system utilizing PlatformIO. The system is designed to maintain optimal incubation conditions through precise control of temperature and humidity, while incorporating an automatic egg turning mechanism. Real-time monitoring and status display are achieved through an integrated LCD interface.
The system is implemented using the PlatformIO development environment, which facilitates cross-platform compatibility and streamlined library management.
Precise temperature regulation (±0.5°C accuracy) and humidity control (±3% relative humidity tolerance) to maintain optimal incubation conditions throughout the hatching process.
Programmable servo mechanism that gently rotates eggs at preset intervals to prevent embryo adhesion and promote healthy development.
Real-time status display via LCD interface showing current temperature, humidity, time remaining, and system status indicators.
Initial testing demonstrates the system's ability to maintain precise environmental conditions required for successful egg incubation. The automated features significantly reduce manual labor while improving consistency compared to traditional methods.
Maintains temperature within ±0.5°C and humidity within ±3% of targets
Reduces manual intervention by 90% compared to traditional methods
Modular design allows for adaptation to different capacity requirements
This automated chicken egg incubator presents a reliable, cost-effective solution for small-scale poultry operations and research applications. Future development will focus on: