Integrated intelligent control system for water and fertilizer

1、 Product Description
After the application of integrated water and fertilizer irrigation system, the advantages are very obvious. Its application not only effectively solves the problems of soil secondary salinization, acidification, and nutrient imbalance caused by highly intensive facility agriculture, high fertilization rate, and high intercropping index, but also improves the soil environment and crop quality. Moreover, the water-saving and fertilizer saving effects are very obvious. At present, the intelligent water fertilizer integrated system is widely used in planting and irrigation operations such as fields, dry fields, greenhouses, orchards, and ecological agriculture.
The application of agricultural Internet of Things technology in intelligent water and fertilizer integration can help producers easily achieve automatic water and fertilizer integration management. In terms of application scope, the water fertilizer integrated irrigation system can be widely used in agricultural technology promotion such as agriculture, soil fertilization, plant protection, agriculture, landscaping, or large-scale agricultural production and processing enterprises such as agricultural technology demonstration zones and farms. Specially designed for continuous greenhouse, solar greenhouse, greenhouse and field planting irrigation operations.
2、 Product Features
1. Water usage control management
Implement two-level water metering, use outlet flow monitoring as the total water consumption measurement in this area, collect data in real-time through pressure sensors of each branch pipe to calculate the wheel irrigation water volume of each branch pipe, and combine it with automatic valve control function to achieve water consumption statistics for each valve control unit. At the same time, the water pump introduces flow control, and when the total water usage exceeds the limit, remote control will be used to restrict water usage in the area.
2. Real time monitoring of operational status
Real time monitoring of the drip irrigation system's water source status and timely issuance of water shortage warnings can be achieved through water level and video surveillance; By monitoring the current and voltage of the water pump, the pressure and flow rate of the outlet, and the flow rate and pressure of the branch pipes in the pipeline network, it is possible to promptly detect unreasonable irrigation events such as pipe bursts, water leaks, and low-pressure operation in the drip irrigation system, notify system maintenance personnel in a timely manner, and ensure the efficient operation of the drip irrigation system.
3. Automatic valve control function
By real-time monitoring of soil moisture, microclimate, and crop growth information in farmland, wireless or wired technology is used to achieve remote control opening and closing of valves and timed wheel irrigation opening and closing. Based on the collected information, combined with the local crop water demand and irrigation rotation situation, automatic opening of water pumps and valves is formulated to achieve unmanned automatic irrigation, segmented control, and prevent human error.
4. Operation and maintenance management function
Including on-site management of system maintenance, status monitoring, and system operation; Implement remote decision-making management for regional water consumption measurement management, expert decision-making for drought and irrigation forecasting, and information dissemination; And conduct statistics and cost accounting on water use, power consumption, irrigation volume, maintenance, material consumption, etc., generate regular maintenance plans for irrigation facilities and equipment, record maintenance status, and achieve refined maintenance and operation management of irrigation projects.
The water-saving irrigation automation control system can fully utilize the existing water-saving equipment, optimize scheduling, and improve efficiency. Through the application of automatic control technology, it can save water and energy, reduce irrigation costs, improve irrigation quality, make irrigation more scientific and convenient, and enhance management level.
5. Mobile terminal APP
Convenient for management personnel to view system information and remotely operate related devices anytime and anywhere through mobile devices such as smartphones.
Highlights of the New Inclusive Water Fertilizer Integrated Intelligent Irrigation System
(1) Water and fertilizer conservation - efficient water and fertilizer irrigation and precise regulation;
(2) Time and effort saving - can quickly irrigate and fertilize large areas;
(3) Intelligent control - automatically feedback and control irrigation based on soil moisture and other related parameters;
(4) Increase production - putting this system into operation can increase production by 30-50%.
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1. Water usage control management
Implement two-level water metering, use outlet flow monitoring as the total water consumption measurement in this area, collect data in real-time through pressure sensors of each branch pipe to calculate the wheel irrigation water volume of each branch pipe, and combine it with automatic valve control function to achieve water consumption statistics for each valve control unit. At the same time, the water pump introduces flow control, and when the total water usage exceeds the limit, remote control will be used to restrict water usage in the area.
2. Real time monitoring of operational status
Real time monitoring of the drip irrigation system's water source status and timely issuance of water shortage warnings can be achieved through water level and video surveillance; By monitoring the current and voltage of the water pump, the pressure and flow rate of the outlet, and the flow rate and pressure of the branch pipes in the pipeline network, it is possible to promptly detect unreasonable irrigation events such as pipe bursts, water leaks, and low-pressure operation in the drip irrigation system, notify system maintenance personnel in a timely manner, and ensure the efficient operation of the drip irrigation system.
3. Automatic valve control function
By real-time monitoring of soil moisture, microclimate, and crop growth information in farmland, wireless or wired technology is used to achieve remote control opening and closing of valves and timed wheel irrigation opening and closing. Based on the collected information, combined with the local crop water demand and irrigation rotation situation, automatic opening of water pumps and valves is formulated to achieve unmanned automatic irrigation, segmented control, and prevent human error.
4. Operation and maintenance management function
Including on-site management of system maintenance, status monitoring, and system operation; Implement remote decision-making management for regional water consumption measurement management, expert decision-making for drought and irrigation forecasting, and information dissemination; And conduct statistics and cost accounting on water use, power consumption, irrigation volume, maintenance, material consumption, etc., generate regular maintenance plans for irrigation facilities and equipment, record maintenance status, and achieve refined maintenance and operation management of irrigation projects.
The water-saving irrigation automation control system can fully utilize the existing water-saving equipment, optimize scheduling, and improve efficiency. Through the application of automatic control technology, it can save water and energy, reduce irrigation costs, improve irrigation quality, make irrigation more scientific and convenient, and enhance management level.
5. Mobile terminal APP
Convenient for management personnel to view system information and remotely operate related devices anytime and anywhere through mobile devices such as smartphones.
Highlights of the New Inclusive Water Fertilizer Integrated Intelligent Irrigation System
(1) Water and fertilizer conservation - efficient water and fertilizer irrigation and precise regulation;
(2) Time and effort saving - can quickly irrigate and fertilize large areas;
(3) Intelligent control - automatically feedback and control irrigation based on soil moisture and other related parameters;
(4) Increase production - putting this system into operation can increase production by 30-50%.