Intelligent water-saving field irrigation system of irrigation district

Abstract

The invention discloses an intelligent water-saving field irrigation system of an irrigation district. A data acquisition module comprises a soil moisture acquisition module and a weather information acquisition module, wherein the soil moisture acquisition module is responsible for acquiring information of moisture, temperature and a water level in soil; the weather information acquisition module is responsible for acquiring information of air humiture, wind speed, wind direction, air pressure and rainfall; a transmission base station is used for transmitting the information of the moisture, temperature and water level in the soil acquired by the soil moisture acquisition module in the data acquisition module; an intelligent controller generates a channel gate opening and closing control signal according to the information of the moisture, temperature and water level in the soil and the weather information; an execution module controls a gate motor to operate according to the channel gate opening and closing control signal; a remote monitoring center receives information of water consumption, water rate, water flow and soil moisture of field irrigation and weather information output by the intelligent controller to switch automatic and manual control of the gate; the gate can be directly controlled manually to operate; and a mobile phone monitoring terminal monitors the soil moisture of the field irrigation and can directly control the gate to operate.

Description

technical field [0001] The invention belongs to the technical field of water-saving irrigation, in particular to a field water-saving intelligent irrigation system for irrigation areas. Background technique [0002] The application of information technology based on modern electronic technology, computer technology and network technology in water-saving irrigation has not been widely used due to insufficient ideological understanding, financial constraints, complicated operation, and poor reliability. It has been partially applied in the vegetable-based facility agriculture projects. In the case of increasingly scarce water resources, based on the rapid development of information technology and Internet of Things technology, the research is economical, reliable, simple, easy to implement, and easy to popularize. Water-saving irrigation technology will have good economic, ecological and social benefits in terms of increasing crop yields and achieving high-quality and high-yie...

AI Technical Summary

Problems solved by technology

[0004] The invention provides a field water-saving intelligent irrigation system in an irrigation area, which aims to solve the problems of large amount of irrigation water in the field, serious waste of water resources, low automatic intelligent level of irrigation, complicated operation, and differences between the actual water consumption in the field and the actual payment. question

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