The Development Of The Wisdom Agricultural Information Collection System Based On The Android Platform

With the rapid development of the improvement of the society and technology, on the premise of the existing life, people want to have a more smart life,people hope to take this kind of intelligentization into the development of agriculture as well. Our country has a lot of people and cultivated land area. The development of greenhouse planting technology can promote the development of agriculture in our country. Currently, the greenhouse monitoring system are cable device on the market,therefore, this thesis designs a wireless self-powered greenhouse real-time monitoring system to test the data of temperature and humidity and so on.Firstly, this thesis combines with new environmental energy acquisition technology, compared with the traditional energy, they own the characteristics as more clean and inexhaustible, and the solar energy exists in human environment widely. This thesis uses the high conversion efficiency of monocrystalline silicon solar panels as the energy harvesting equipment, and collects energy into the rechargeable lithium batteries through the charging circuit, then supplies power for the load after discharge circuit and voltage stabilizing circuit.Secondly, this thesis uses the stm8s103k3t6 c microcontroller, which has low power consumption and high transmission rate. It will process and send the data of temperature, humidity and light with sensors. Finally, considering that in recent years, the development trend of smartphone is more and more quickly, almost everyone has this kind of smart mobile device, it is easy to carry compared to a PC. In this thesis, all kinds of information is send out by the wireless way of WiFi,the mobile terminal shows the received data via an application which is developed based on the Android platform,and this application can alarm and query the historical data.The real-time monitoring that the system does to the parameters of the greenhouses promotes the development of the vegetables healthy.This system is economical and practical, and performs well in its flexibility, scalability, persistence,so its application value is very high.