Soil moisture plays a crucial role in crop growth. In order to ensure that crops grow in soil with suitable moisture content, a distributed centralized monitoring and management system for farmland soil moisture was designed using wireless communication technology. The monitoring center and farmland soil moisture monitoring station were designed using a C/S architecture. According to the plan, soil moisture monitoring stations are deployed in farmland in various regions, using soil moisture sensor WTF0032 to collect soil moisture information, and then establishing a TCP/IP network connection with the monitoring center through GPRS network to upload the collected data; The monitoring center will parse, process, and analyze the received data to obtain the soil moisture of the farmland in the monitored area, and refer to the growth and development laws of crops to provide accurate irrigation guidance for farmland managers. The system accurately and real-time obtained soil moisture information from various monitoring stations, achieving centralized monitoring of soil moisture in distributed farmland and providing strong data support for precise irrigation management of crops

Plant soil monitoring elements, including soil moisture, soil acidity, soil salinity, etc. If necessary, it can also be upgraded to a comprehensive meteorological station system to increase monitoring of atmospheric environment. Can be connected to mains or solar power supply