The Design And Implementation Of Intelligent Mangement System For Greenhouse Climate Based On SSI

The development of China's greenhouse industry is more and more rapid these years,the higher and newer requirements are put forward to the management of the greenhouse.Web technology provides a complete system solutions and technical basis to intelligent greenhouse management, it greatly improves the greenhouse farmer's labor productivity, and enhances the comprehensive competitiveness of enterprises.In the market, the intelligent greenhouse management system is mainly focused on the data acquisition and video surveillance, and automatic control equipment application is few.Some farmers are not very familiar with the planting environment of a particular kind of plant, and it is needed to provide accurate planting guidance. So this paper will mainly study the collected data to be formed a data modeling, the controlled equipment open or stop according to the configuration, the full realization of automatic control effectively solve the farmers of the practical problems.This paper based on the SSI architecture, using B/S and Ajax and Jquery technology, according to the farmers' requirements, developed a set of intelligent greenhouse management system. Data acquisition subsystem is used to collect the information such as soil moisture, soil temperature, air temperature, air humidity, CO2 concentration and light intensity. The data is transmitted to the remote server application system for data modeling and analysis. Users can query the environmental data from Internet, and see a curve showing the environmental data, and combined with the agricultural expert database, through the recrimination subsystem automatically promote hair wet pad and fan, spray irrigation, internal and external shading, roof window side window, heating fill light etc. equipment, with the saving investment reached the higher income. It is efficient use of all kinds of agricultural resources, to achieve economic and environmental benefits.The system has friendly interface, flexible application, convenient operation, stable and reliable function.At the end of this paper, the achieved results and conclusions are summarized. It is found that the defects of the system design and the corresponding improvement, and puts forward the subject of further research direction and the way to improve, and the future work is prospected.