R & D Of Smart Agriculture Supervision Platform Based On Photovoltaic Energy

Due to the development of smart agriculture and photovoltaic energy,in recent years,the application prospects of the combination of photovoltaic energy and smart agriculture have become more and more broad,especially for mountainous areas and remote areas where technology is backward,and the promotion of smart agriculture and its derivative industries has changed The agricultural operation model and the backward economy play a huge role.At the same time,it can also alleviate the problems of rural labor shortage caused by lack of labor and backward production technology.The most difficult problem for smart agriculture in mountainous and remote areas is the high cost caused by wiring.The combination of photovoltaic energy and smart agriculture is called photovoltaic agriculture.The development of photovoltaic agriculture can well solve the problem of self-power supply of smart devices,so that large-scale promotion of smart agriculture in mountainous and remote areas can be realized.Based on the widespread use of photovoltaic agriculture and broad development prospects,the research content of this article is the research and development of a smart agriculture regulatory platform based on photovoltaic energy.The article first analyzes the application prospects of smart agriculture and photovoltaic energy,combines rural terrain features and solar panel collection.Energy optimization,etc.,designed a unique "umbrella" solar power generation device to supply energy to the underlying equipment,reducing wiring costs.The independent four solar panel design makes the energy supply more stable,and each collection terminal independently supplies energy to each device.It is an independent individual.The damage of the individual does not affect the use of the overall system,reduces the coupling of the equipment,avoids affecting the entire system due to the damage of the individual,and designed a "pyramid" type mechanical structure suitable for mountain environments.Wireless collection The system uses the wireless low-power chip CC2530 as the processor core and the ZigBee protocol as the technical support.It uses temperature,humidity,light,wind speed,and rainfall sensors to collect external information,and sends it to the ESP8266 WIFI module through the coordinator using serial communication mode,combined with GPRS.(General Radio Packet Service)Remote wireless collection and transmission,and then through the SSH framework to build a clear structure,good reusability,and easy to maintain Web applications,enabling users to view crop growth environment data in real time through the client to ensure that users have a complete grasp of the growth environment of crops By viewing and analyzing historical data,combined with intelligent machinery or unmanned aerial vehicle technology,intelligent management such as agricultural remote control,disaster warning,and sophisticated planting can be realized.