Tuesday, January 25, 2022

Smart Agriculture Automatic Water-Saving Irrigation System - Remote One-Key Control

 Automatic irrigation and fertilization is mainly realized by automatic irrigation and fertilization machine, which can realize remote control, reduce labor intensity, improve the utilization rate of water and fertilizer, and formulate corresponding irrigation and fertilization plans for different crops.

Water-saving Irrigation

Integrated Irrigation & Fertilization System

The Internet of Things water and fertilizer integrated water and fertilizer system performs automatic irrigation and fertilization control, and with fertilizer buckets, it can realize functions such as regular irrigation and fertilization, regular light supplementation, and remote control. Combined with irrigation water-saving technology, crop cultivation technology and operation management technology of water-saving irrigation project, the whole process is controlled by mobile phone cloud to realize the automation, networking and platformization of water and fertilizer integration, and realize precise, scientific and efficient fertilization and irrigation of water and fertilizer coupling.

Install a solenoid valve and a flow meter in each irrigation area for automatic control. Irrigation can be irrigated regularly and quantitatively according to the preset program, or the flow can be ordered according to the data returned by the flow meter.

Intelligent Agricultural Water-saving Irrigation System

The intelligent agricultural water-saving irrigation automation control system organically combines irrigation water-saving technology, crop cultivation technology and water-saving irrigation project operation management technology, and integrates electronic information technology, remote measurement and control network technology, computer (mobile phone) control technology and information. It integrates acquisition and processing technology, and builds an automatic monitoring and control system for water supply flow, pressure, soil moisture, and meteorological data through a computerized and modular design program, simulates and optimizes water and soil environmental factors, and stores and analyzes data. , with big data processing technology, to achieve the approximation control of technical control indicators such as irrigation water saving, crop physiology, soil moisture, etc., so as to realize the automation, networking and platformization of water and fertilizer integration.

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