Energy-saving type irrigation monitoring system

Abstract

The invention discloses an energy-saving irrigation monitoring system, which includes a plurality of terminal nodes, routing nodes, coordinator nodes, irrigation nodes and a monitoring center. The terminal nodes include a processor 1 module, a data acquisition 1 module connected to the processor 1 module, The irrigation node includes processor 4 module, data acquisition 3 module, FLASH module, LED module, serial communication 2 module, storage module and power supply 4 module connected to processor 4 module, data acquisition 1 module and data acquisition 2 module It is equipped with temperature and humidity sensors, light intensity sensors and rainfall sensors. The data acquisition module 3 is equipped with an image sensor. The power supply 1 module, power supply 2 module, power supply 3 module and power supply 4 module are all equipped with solar panels, batteries and charging chips. The invention can accurately grasp the natural environment parameters such as soil temperature and humidity, light intensity and rainfall, so that it is convenient to carry out remote monitoring on the growth state of crops.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to an energy-saving irrigation monitoring system. Background technique [0002] In transmission agriculture, laborers work by perceiving natural factors such as light intensity, air humidity, and rainfall through experience. In this way, they cannot accurately grasp the specific values ​​of each parameter, and thus cannot guarantee good crop production. In order to change this situation, at present, there are intelligent control systems for agricultural planting in China, but they have the shortcomings of sensor network data redundancy, low data monitoring accuracy, and high network energy consumption. Contents of the invention [0003] The purpose of the present invention is to overcome the defects of the above-mentioned prior art, and provide an energy-saving irrigation monitoring system, which can accurately grasp natural environmental parameters such as soil tem...

AI Technical Summary

Problems solved by technology

[0002] In transmission agriculture, laborers work by perceiving natural factors such as light intensity, air humidity, and rainfall through experience. In this way, they cannot accurately grasp the specific values ​​of each parameter, and thus cannot guarantee good crop production.

In order to change this situation, at present, there are intelligent control systems for agricultural planting in China, but they have the shortcomings of sensor network data redundancy, low data monitoring accuracy, and high network energy consumption.

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