基于物联网与太阳能光伏的智能温室监控系统设计

Design of Modern Agricultural Greenhouse Monitoring System Based on the Internet of Things and the Solar Photovoltaic

物联网在农业中有着广泛的应用前景,可以为农作物的生长环境提供精确、实时监测,本文设计了一个基于物联网与太阳能光伏的智能温室监控系统。该系统利用CC2430无线网络节点对采集温室大棚环境参数进行传输,环境参数通过无线传感网络传输到上位机进行显示,并可以通过自动维护机器人对大棚进行维护、管理。经测试,该系统可以准确实时监测温湿度、光照、CO2浓度等变化,并及时调节以保证作物处于最佳生长状态,实现设计的预期目的。该设计物联网应用于农业生产中,提高了现代农业科技水平,在未来信息化农业发展建设中有重要应用价值。

The Internet of things has an extensive application prospect in agriculture, it can provide an accurate, real- time monitoring environment for the growth of crops. This paper describes a design of solar modern information intelligent greenhouse based solar energy and the Internet of things. Using CC2430 wireless network nodes for internal and external environment of greenhouse parameters acquisition. Environmental parameters transmit through the wireless sensor network and display in the upper machine, And it can be maintained and managed by automatic maintenance robot. After testing,the system can be accurate and real-time monitoring of temperature, humidity, light intensity, carbon dioxide concentration changes, and timely adjust to ensure crop is in optimal growth conditions, The system achieves the intended purpose. The Internet of things will be applied to agricultural production,improve the level of modern agricultural science and technology, this study has important application in the future development of agriculture informatization construction.