Based On The Configuration Platform Of Greenhouse Monitoring And Control System Software Design And Application

Agricultural facilities in foreign countries the pace of development, most of ourgreenhouse environmental control still rely on manual experience in management, lack ofsystematic and scientific guidance. With the rapid increase in the level of industrialautomation, computer application widely use in the industrial field, traditional industrialcontrol software has been unable to meet the various needs of users, so configurationsoftware is resulted.The configuration software in agriculture has not been widely used, there is nospecialized agricultural configuration software, which restricts the process of modernizationof agriculture. Therefore, the using of existing mechanization, engineering and automationtechnology, dynamic control of environmental factors within the facility, greenhouseenvironmental control and crop cultivation and management direction to the intelligentnetwork is the main direction of development of greenhouse.According to the needs of Zhangjiakou precision agriculture demonstration projects,combined with the power control configuration software features fully needs analysis, powercontrol configuration software group irrigation control system in the sunlight greenhouse.The main content of the paper is as follows:1. The status quo and development trend of the configuration software made simple, thebackground and purpose of a clear thesis, analyze the significance of the power controlconfiguration software Monitoring and Control System of the sunlight greenhouse.2. Discusses the logical structure and the main function, including menu development,data storage and equipment, communications and other functions, as well as the specificdesign.3.Greenhouse group monitoring irrigation systems is made up of computers,controllers,environmental data acquisition and so on, from a functional standpoint, the system can bedivided into two layers, the field control layer and monitoring management.4. Solar greenhouse monitoring irrigation systems software design, including theirrigation monitoring, setting irrigation, environmental monitoring, data report, statements of four modules, dynamic display and control via scripting languages to achieve in theproduction site.Solar greenhouses monitoring t irrigation system design, through field verification, anda further improvement and optimization based on test results and design requirements. Theresults show that the system has stable performance, friendly interface, etc., can reachreal-time monitoring and control functions of the equipment to better meet the requirementsof agricultural production.