ABSTRACT
With the continuous development of China's Internet of Things technology, the application of this technology in agriculture is becoming more and more extensive. China's agricultural irrigation has shown a trend of automation, but the current automatic irrigation system cannot automatically control the amount of water irrigation, and it is not intelligent enough. The irrigation water closely related to the development of modern green agriculture is far from meeting the development requirements of China 's agriculture. When the irrigation amount is too large, it will cause serious waste of water resources, and when the irrigation amount is too small, it will affect the growth of crops. Based on this situation, this paper designs an intelligent agricultural irrigation system, which combines the communication module with the single-chip microcomputer, and monitors the data of the crop growth environment in real time with the help of ZigBee wireless communication and sensors. According to different crop growth models and soil nutrient content and the characteristics and laws of fertilizers needed by crops, an intelligent irrigation system platform model for real-time monitoring of crop growth environment information based on the Internet of Things is constructed. After testing, the model can predict the amount of water and fertilizer required in the process of crop growth, so as to make timely and appropriate irrigation decisions scientifically, so as to improve the level of irrigation management. The system can greatly alleviate the problem of waste of water resources and soil compaction. It can not only realize water saving and energy saving, but also promote agricultural production and income increase. It provides a technical basis and support platform for the follow-up development of intelligent agriculture.
- Liao Xijie Song Chen, Wang Huihu and so on. Design of Intelligent Irrigation System [ J ]. Computer Knowledge and Technology, 2020,16 ( 08 ) : 51-52.DOI : 10.14004 / j.cnki.ckt.2020.0884.Google Scholar
- Yuanmei in Linqiuli section. Design of intelligent irrigation system based on STM32 technology [ J ].Computer programming skills and maintenance, 2023 ( 06 ) : 119-121.DOI : 10.16184 / j.cnki.comprg.2023.06.038.Google Scholar
- Sharifnasab HA,Dehghanisanij H, Evaluating the Use of Intelligent Irrigation Systems Based on the IoT in Grain Corn Irrigation[J]. Water,2023,15(7).Mahrokh.Google Scholar
- Liu Hengjia, Xia Yishuo, Wu Junxiang and so on. Intelligent irrigation control system based on crop growth model [ J ].Southern Agricultural Machinery, 2023,54 ( 08 ) : 59-62.Google Scholar
- Wu Qianhui Siyu, Wang Yimei and so on. Cultivation techniques of water and fertilizer integration for solanaceous vegetables in open field [ J ].Vegetables, 2023 ( 09 ) : 41-44.Google Scholar
Index Terms
- Intelligent Agricultural Water and Fertilizer Irrigation System based on ZigBee Technology and STM32
Recommendations
Architectural design and performance evaluation of a ZigBee technology based adaptive sprinkler irrigation robot
Highlights- Robotics: The Study employed robotic skills to solve irrigation problem.
- Zigbee ...
AbstractIrrigation is an assistive measure to salvage the problem of inadequate water for plantation and vegetation in dry places and during dry seasons. In this paper, the architectural design and performance evaluation of an adaptive ...
Modeling response of spring wheat yield to soil water and salt contents and its application in scheduling brackish water irrigation
Highlights- An agro-hydrological model fitted well under fresh and brackish water irrigations.
AbstractFresh water shortage and soil salinization are two key factors restricting agricultural development in arid areas. Brackish water is a possible alternative resource for crop irrigation, but brackish water irrigation should be properly ...
Application of the SWAP model to simulate water-salt transport under deficit irrigation with saline water
The agro-hydrological Soil-Water-Atmosphere-Plant (SWAP) model was calibrated and validated to simulate water-salt transport based on field experiments in an arid region of China. The simulation results show lower soil water content but higher salt ...
Comments