The Design Of Intelligent Poultry House Environment Controller

The environmental control of poultry house has great significance for keepinganimal’s health and maximizing its growth performance in poultry Production inpoultry breeding process, The stand or fall of birdhouse environment has become amajor factor in the development of the poultry breeding. The aquaculture industry isthe direction and trend of China’s livestock development, it is bound to the aquacultureindustry itself put forward higher requirements for the breeding environment.This issue is on the basis of analysis of the main factors affecting the poultryhouse environment and based on the problems for the domestic and internationalaquaculture development status and the development of aquaculture in China, Wedesign the intelligent poultry house environmental control systems based on sensortechnology, computer technology, data processing technology, aquaculture technology.This paper gives the overall structure of the system, hardware design and softwaredesign, and the main part of the function and the specific implementation are describedin detail.The AVR microcontroller is the core of the system parameters such astemperature, humidity, negative pressure in the poultry house, and then transmitted tothe microcontroller for processing, According to the rules of control, themicrocontroller drives devices to run to control the poultry house environment.The main subject of the issue is overall system design, component selection,circuit design, preparation and control algorithm design of the driver, the final jointcommissioning, and were tested in a laboratory environment and on-site.By the operation shows that the control system is stable, fully functional, friendlyinterface, easy to operate, It can effectively solve the problem of closed poultry houseenvironment, improve the birdhouse local climate, improve feed utilization, reduce farming costs, it has important practical significance for the healthy growth of thepoultry, and has good promotional value.