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Design of Environment Monitoring System for Intelligent Breeding Base Based on Internet of Things

DOI: 10.4236/oalib.1108044, PP. 1-9

Subject Areas: Applications of Communication Systems, Computer Engineering

Keywords: Internet of Things, Environmental Monitoring, Intelligent Breeding

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With the advent of the intelligent age of electronic information and the continuous improvement of application management, electronic information technology has penetrated into the fields of industry, agriculture, intelligent breeding, and smart home. The aquaculture industry is gradually changing from the traditional method of relying solely on human measurement, control and management to an intelligent, informatized, and automated modern aquaculture method. In order to design an intelligent breeding base, this article proposes to use “Internet ” technology to design an intelligent poultry breeding base environmental monitoring system based on the Internet of Things, starting from information and network, breeding industry and management. The system uses ESP-12F WIFI module as the control core, which has wireless transmission function. It can use sensors to collect the environmental temperature and humidity, light, air quality and other indicators of the breeding base, and upload it to the cloud platform. IN manual mode, users can use mobile terminals to perform operations such as online monitoring of environmental data, issuing instructions, and timing to achieve remote management. In the automatic mode, the system can automatically perform functions such as ventilation, humidification, and dehumidification according to the internal environmental thresholds, so as to ensure that the environment of the breeding base is in a good state. In view of the situation that different poultry may have different adaptability to the environment, the user can directly modify the environmental threshold on the mobile terminal.

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Zhang, X. and Zhi, Y. (2021). Design of Environment Monitoring System for Intelligent Breeding Base Based on Internet of Things. Open Access Library Journal, 8, e8044. doi:


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