基于传感器技术的温室大棚检测与控制电路设计OA
Design of detection and control circuit for greenhouse based on sensor technology
采用综合性多传感器数据采集与传输电路系统对环境状态进行监测,可达到调节农作物生长发育、提高农作物质量和产量的目的.基于 STM32F103单片机实现温室大棚内部温湿度、二氧化碳浓度、光照强度和土壤湿度等环境参数的检测,结合农作物生长所需的各项环境参数,通过水泵、风扇和 LED灯等模块实现环境参数的自动调整.相较于传统温室大棚监控系统,该系统融合了 4G模块,运行过程能够在手机上位机客户端进行同步展示,以便于通过远程的方式完成种植区域异常状态的调整和控制.
By monitoring environmental conditions through a comprehensive multi-sensor data acquisition and transmission circuit sys-tem,it is possible to regulate crop growth and development,and improve crop quality and yield.Based on STM32F103 microcontroller,detection of environmental parameters such as internal temperature and humidity,carbon dioxide concentration,light intensity,and soil moisture was implemented.Combined with various environmental parameters required for crop growth,automatic adjustment of envir-onmental parameters was achieved through modules such as water pumps,fans,and LED lights.In addition,compared to traditional greenhouse monitoring systems,integration of 4G module enables system's operational process to be synchronously displayed in real-time on mobile upper computer client,making it easier for users to remotely adjust and control abnormal conditions in planting area remotely.
陈美锋;李万军
西安航空职业技术学院自动化工程学院,陕西 西安 710089西安航空职业技术学院自动化工程学院,陕西 西安 710089
农业科技
温室环境监测传感器数据采集单片机监控系统
greenhouseenvironmental monitoringsensordata collectionsingle chip microcomputermonitoring system
《农业工程》 2026 (4)
37-43,7
西安航空职业技术学院创新团队配电台区末端源网荷储互动技术创新团队项目(KJTD21-002)西安航空职业技术学院2024年度校级科研计划项目(24XHZK-14)
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