Intelligent agricultural environment monitoring system based on big data

Abstract

The invention provides an intelligent agricultural environment monitoring system based on big data. The system comprises a cloud server based on the big data, a local server, a sensor system and a wireless sensor network, wherein the cloud server based on the big data is connected with the local server by virtue of the wireless sensor network, the local server is connected with the sensor system and the wireless sensor network, and the local server is also connected with an equipment controller by virtue of the wireless sensor network. The system provided by the invention takes the sensor system and various sensing equipment as a carrier and an application software technology as a service core, real-time and high-precision environmental information monitoring is realized, a reliable growth environment is provided for crops, a manager can inquire the current environmental information of each greenhouse and each node in each greenhouse at any time, a monitoring platform analyzes and processes acquired data, the system provided by the invention can be automatically started and regulate equipment by virtue of the equipment controller, and the most appropriate growth environment is provided for the crops.

Description

technical field [0001] The invention relates to the technical field of agricultural monitoring, in particular to an intelligent agricultural environment monitoring system based on big data. Background technique [0002] In the related technology, the crops and flowers in the greenhouse will be affected by many factors during the cultivation process, such as the temperature and humidity of the greenhouse, soil temperature, soil moisture, light intensity, carbon dioxide concentration and other environmental parameters, so in the cultivation process of greenhouse agriculture The control of environmental parameters is particularly important. And relevant data show that in a greenhouse that can automatically control indoor temperature, humidity, irrigation, ventilation, carbon dioxide concentration and light, each square meter of greenhouse can produce 30kg-50kg of tomatoes and 40kg of cucumbers in one season, which is equivalent to more than 10 times the output of open field cul...

AI Technical Summary

Problems solved by technology

At present, the monitoring of most agricultural greenhouse environments is passive and backward, and the level of informatization and intelligence is not high, and there are many problems and unsafe factors, such as: the use of manual measurement and recording methods cannot be real-time and dynamic 24 hours a day. Monitoring; Unstable, large errors, easy to be disturbed; Manual monitoring is poor in timeliness, especially for precious agriculture, which is sensitive to environmental changes. Once the environment changes and measures are not taken in time, it may cause huge economic losses. loss

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