Integrated Design of Automated Cage Chicken Control Based on Electromechanical Control System

In modern agriculture, how to improve the efficiency and quality of chicken house breeding has become an important issue. This research aims to realize the intelligence and automation of chicken house breeding through the integrated design of automated cage chicken breeding control of electromechanical control system, so as to deal with the problems existing in traditional chicken house breeding methods. Through experimental verification, it is found that the design application can significantly improve the feeding environment, reduce feed waste and improve the growth of chickens. The experimental data shows that in the fourth week of the automated cage chicken control system, the temperature of the chicken house dropped to 23°C, the humidity dropped to 59%, and the weekly feed consumption decreased from 120kg to 115kg, while the growth of the chicken gradually increased, and finally reached 560 grams. To sum up, the integrated design of the automated cage chicken control of the electromechanical control system provides a beneficial plan and idea for realizing the high efficiency and high quality of chicken house farming.