Water, fertilizer, air, heat and pesticide integration intelligent irrigation system for farmland irrigation area

Abstract

The invention discloses a water, fertilizer, air, heat and pesticide integration intelligent irrigation system for a farmland irrigation area. The system comprises field collection control subsystems,irrigation area control subsystems, a service cloud platform and an apparition terminal, wherein a plurality of field collection control subsystems are in communication connection with a plurality ofirrigation area control subsystems through a wireless node; the plurality of irrigation area control subsystems are connected with the service cloud platform through the wireless node; and the service cloud platform is in communication connection with the application terminal through the wireless node. The invention is a field intelligent trickle irrigation and spray irrigation control irrigationsystem based on the Internet, the Internet of Things, a remote sensing technology and a sensing and wireless transmission technology. Mass data of an irrigation unit is intelligently controlled to carry out big data analysis, an intelligent irrigation information service cloud platform is constructed to realize the accurate irrigation of farmland irrigation area, single-point soil moisture content, crop water shortage index and atmospheric evaporation ability index spatial variation problems and an irrigation differentiation criterion problem are solved, and irrigation automation, precision,institutionalization, platformization and standardization can be realized.

Description

Technical field: [0001] The invention relates to the technical field of farmland intelligent irrigation, in particular to an intelligent irrigation system integrating water, fertilizer, gas and heat in a farmland irrigation area. Background technique: [0002] Large-scale planting in the existing agricultural technology has relatively high efficiency. Compared with ordinary farmers, large-scale planting uses more machinery, less labor, high personnel efficiency, low labor costs, and relatively low material and service costs high. In the process of large-scale planting, precise irrigation of farmland is required. In the existing technology, it is impossible to monitor the soil moisture in real time and set a reasonable and accurate irrigation plan. Invention content: [0003] In view of this, it is necessary to provide an intelligent irrigation system integrating water, fertilizer, gas and heat in farmland irrigation areas. [0004] An intelligent irrigation system integr...

AI Technical Summary

Problems solved by technology

[0002] Large-scale planting in the existing agricultural technology has relatively high efficiency. Compared with ordinary farmers, large-scale planting uses more machinery, less labor, high personnel efficiency, low labor costs, and relatively low material and service costs high

In the process of large-scale planting, precise irrigation of farmland is required. In the existing technology, it is impossible to monitor the soil moisture in real time and set a reasonable and accurate irrigation plan.

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