CAJ | 학술논문

为了解决现代农业智能化灌溉水平低、浇灌水质监测不到位等问题,设计了一种基于物联网及太阳能技术的节水农业自适应灌溉系统;该系统将水质测量信息、水坝水位信息、土壤的温湿度信息通过无线发送模块传输到中心计算机,以便操作人员进行及时处理;系统采用太阳能供电,解决了农田处于野外环境而无法获取电源的问题;现场实践结果表明：该系统具有自适应灌溉、智能泄水、水质监测等功能。
위료해결현대농업지능화관개수평저、요관수질감측불도위등문제,설계료일충기우물련망급태양능기술적절수농업자괄응관개계통;해계통장수질측량신식、수패수위신식、토양적온습도신식통과무선발송모괴전수도중심계산궤,이편조작인원진행급시처리;계통채용태양능공전,해결료농전처우야외배경이무법획취전원적문제;현장실천결과표명：해계통구유자괄응관개、지능설수、수질감측등공능。
In order to solve these problems of low level of modern agriculture intelligent irrigation, lack of irrigation water quality monitoring,etc, the adaptive water-saving agriculture irrigation systems based solar energy technology and the Internet of Things are designed; Water quality measurement information, the dam water level information, soil temperature and humidi- ty information is sent to the central computer through the wireless transmitter module for the operator deal with emergencies; The problem that farmland in the wild and can not get the power is solved through the solar power supply ; Practical results show the irrigation system has the function of adaptive, intelligent discharge, water quality monitoring and other functions.