An intelligent remote water-saving irrigation control and management system based on the Wenlang IoT universal platform and cloud computing technology, combined with automatic control technology, expert system technology, sensor technology, network technology, wireless communication technology, and software technology.
This system can be connected to various types of irrigation systems such as drip irrigation and sprinkler irrigation in fields or greenhouses, and can control integrated water and fertilizer equipment. The system uses the unique multi factor intelligent control rule engine of the Wenlang IoT platform to intelligently control irrigation equipment such as drip irrigation, sprinkler irrigation, micro irrigation, and water fertilizer integration based on environmental parameters such as soil temperature and humidity, air temperature and humidity, current and future weather conditions, and actual water demand for crop growth collected by the IoT system. Through intelligent control and artificial intelligence technology, it achieves precise irrigation, improves water resource utilization, and provides a more accurate growth environment for crop growth,.

By using an intelligent irrigation control system, not only can water resources be more effectively utilized and yields increased, but automation production efficiency can also be improved, labor and management costs can be reduced, and efficiency can be significantly enhanced.

Features and advantages:

(1) Based on the mature IoT universal platform and cloud computing application platform built by Wenlang Runcheng, the system runs stably and reliably with excellent performance. Flexible configuration functions can meet the personalized needs of different customers.
(2) The IoT front-end adopts independently developed integrated intelligent monitoring terminals with high integration and easy installation and maintenance. IP66 or above protection level, dustproof and waterproof, suitable for outdoor rainy, humid and harsh environments.
(3) The front-end device is connected to the central monitoring point through wireless transmission, with a wireless transmission distance of up to 8 kilometers, meeting the needs of the vast majority of usage.
(4) The front-end communication module, control module, and solenoid valve are all designed with low power consumption and support solar power supply.
(5) The interface module of the smartphone client APP and WeChat public service account can remotely monitor the agricultural environment and control related irrigation equipment anytime and anywhere. Environmental alerts and control information can be pushed and published in real-time through various methods such as mobile SMS, MMS, WeChat, etc
(6) Control templates can be established based on the water demand of different crops at different growth stages, without the need for manual intervention, and fully automated control can be achieved by the system.
(7) The system can automatically perform intelligent analysis based on collected environmental data and flexibly control irrigation equipment. Advanced multi factor intelligent control module and intelligent rule engine. Multiple environmental factors can be set as combination triggering conditions for rules. Under the same rule, complex actions can be triggered in stages, making regulation more precise and intelligent.
(8) Support timed tasks, with a cycle of days, weeks, and months, to set the on and off of irrigation equipment according to time periods.
(9) The software system can support the Internet cloud computing based rental model (SAAS), which is charged according to the usage amount and usage time. Customers do not need to purchase separate software and servers, with small investment, short installation and implementation cycle, and no maintenance.
(10) The installation and deployment of front-end devices do not require power supply or network lines, making construction simple and ready to use.

System architecture diagram