Solution - Agricultural Irrigation District Information Management System

Irrigation District Information System

Irrigation District Information Management System

Overview

In today's rapidly developing agricultural field, irrigation areas are an important component of agricultural water conservancy, and their efficient and intelligent management is crucial for ensuring agricultural production and sustainable use of water resources. However, traditional irrigation management faces many challenges, such as information silos, inaccurate data, slow response times, and resource waste, which have become pain points restricting the development of irrigation areas.
To address these pain points, we have launched an innovative information technology solution for irrigation areas. This solution is based on Chenxi IoT technology products, integrating data collection, transmission, processing, storage, analysis, and display, aiming to improve irrigation management efficiency, irrigation efficiency, and water resource utilization efficiency in irrigation areas.
Our product can solve the following problems:
1. Information island: By establishing a unified irrigation area information platform, data sharing and information exchange can be achieved, breaking the information island and improving management efficiency.
2. Inaccurate data: high-precision sensors and monitoring equipment are used to collect real-time data on water level, flow rate, water quality, etc. in the irrigation area, ensuring the accuracy and reliability of the data.
3. Slow response speed: Through real-time data transmission and remote control functions, rapid response and intelligent management of irrigation areas can be achieved, improving emergency response capabilities.
4. Resource waste: Based on data analysis results, optimize irrigation plans, achieve precise irrigation, reduce water resource waste, and improve water resource utilization efficiency.
Our irrigation district information technology solution has the following advantages:
1. Real time monitoring: Through IoT technology, the operation status of irrigation areas can be monitored in real time, and problems can be detected and dealt with in a timely manner.
2. Intelligent management: Based on real-time data and data analysis results, remote control and intelligent management are achieved to improve management efficiency.
3. Data analysis: Conduct in-depth analysis of collected data to provide decision-makers with data support and decision-making basis.
4. Information sharing: Establish an information sharing platform to achieve information exchange between departments and improve collaborative work efficiency.
5. Scalability: Flexibly expand system functions and equipment according to the needs of irrigation areas to meet the management requirements of different irrigation areas.
Through our irrigation district information technology solution, we can achieve modernization, intelligence, and efficiency in irrigation district management, providing strong support for agricultural development and water resource protection.

Overall scheme design

      The construction of an information system for irrigation areas includes the collection of on-site water level, flow rate, flow rate, rainfall, meteorology, and video information, remote monitoring and status monitoring of gate control equipment, information reception and display in the monitoring center, and the construction of application systems. The overall composition is as follows:
  1. 1. Data collection layer: This is the bottom layer of the system, responsible for collecting various data within the irrigation area. This includes water level, flow rate, water quality, meteorological data, etc. The data acquisition layer is usually composed of various sensors, monitoring devices, and data acquisition terminals.
  2. 2. Data transmission layer: This layer is responsible for transmitting the collected data to the data center. Data transmission can be carried out through wired or wireless methods, such as 4G/5G networks, fiber optics, Wi Fi, etc.
  3. 3. Data processing and analysis layer: This layer is responsible for processing and analyzing the collected data. This includes data cleaning, data storage, data mining, data analysis, etc. The data processing and analysis layer typically consists of servers, databases, and data analysis software.
  4. 4. Application layer: This layer is responsible for converting processed and analyzed data into practical applications, such as irrigation control, water resource management, equipment monitoring, decision support, etc. The application layer typically consists of various application software and user interfaces.
  5. 5. User layer: This is the top layer of the system, directly facing users. The user layer provides a user interface that enables users to access the system, view data, perform operations, and more.
  6. 6. Security and Maintenance Layer: This layer is responsible for the security and maintenance of the system. Including data encryption, user permission management, network security protection, system backup, fault recovery, etc.
  7. 7. Training and Support Layer: This layer is responsible for providing training and technical support to users, ensuring that they are proficient in operating and maintaining the system.
  8. 8. Management and decision-making layer: This layer is responsible for the management and decision-making work of the system. Including system planning, resource allocation, project management, risk assessment, etc.

System Block Diagram

Management Center

IoT transmission terminal
IoT intelligent terminal
IoT video telemetry terminal

Network camera
Meteorological station
Water level gauge
Flow meter
Radar flowmeter
Water quality online monitoring cabinet/water pump control cabinet

System functions

Real time monitoring of channel water level, flow rate, flow rate, images, videos, and other information

Real time collection of data from water level gauges, flow meters (ultrasonic flow meters, electromagnetic flow meters, radar flow meters, Doppler flow meters, etc.), meteorological sensors and other instruments through video telemetry terminal RTU. Using the 3G/4G/5G wireless transmission function of the telemetry terminal, the measured results are uploaded to the designated platform center to achieve remote monitoring of data

Real time video transmission, photo taking, image/video character overlay *

The IoT video telemetry terminal has one 10M/100M network port, which can be connected to a network camera and capture photos at regular intervals. It can also provide a wireless internet channel for the network camera to connect to the cloud platform (taking Hikvision as an example, it can be connected to Yingshi Cloud and Hikvision Internet Platform)
Featuring large capacity storage *, supporting TF card/USB external storage, capable of exporting data and photos
Flexible and customizable features
Users can customize the collection parameters, and the data can be connected to various intelligent instruments such as water level gauges, flow meters, water quality sensors, meteorological sensors, etc
Support Modbus RTU protocol, custom address table and reporting volume name
Local and remote maintenance
Cross platform use, no need for dedicated software or data cables
Connect the network cable to the computer and use web pages to set parameters
Support remote webpage parameter setting
Wireless 4G/5G/broadband adaptive internet access and integration with various provincial and municipal platforms
Communication method
The system supports wireless 3G/4G/5G, fiber/broadband adaptive internet access, and simple configuration can achieve platform connection
Supports various protocols such as Modbus RTU, FTP, HTTPS (POST), TCP/IP, MQTT/MQTTS, Hydrological Monitoring Data Communication Protocol (SL651-2014), Water Resources Monitoring Data Transmission Protocol (SZY206-2016 \ SL 427-2021), and supports custom protocol access
Docking system
A platform that supports docking with standard protocols and private protocols *
Introduction to the functions of Chenxiyun software
“ A map of the irrigation area; Function
The overall management interface displays geographic information, equipment working status statistics, real-time alarm information, monitoring data display, and weather condition display within the area
Real time monitoring
Display monitoring information of monitoring points in a card based interactive logic, including important information such as water level, rainfall, water level data, flow rate, flow velocity data, and reporting time
Video playback
You can view and access videos, play or close them, and perform other operations
Record query
The curve displays monitoring data and can query monitoring data, alarm records, operation records, and other information within any time period
Report statistics
Daily, monthly, and annual reports with statistical monitoring data and data export function
Equipment management
Basic operations such as adding and deleting monitoring devices and video devices can be performed
① Real time video transmission, photo taking, image/video character overlay *: Only CX-L102 and CX-L200 have this function;
② Large capacity storage *: refers to the built-in storage space of the video telemetry terminal, where CX-L102 is 128MB; CX-L200 is 1GB; CX-D10 is DTU and does not have local storage;
③ Private agreement *: refers to the platform docking agreement provided by the partner, and our company develops the corresponding docking interface;

Real time control gate

Users with control permissions can issue control commands through the software platform to achieve remote control of gates and pumps
And provide real-time feedback and supervision on the operating status of the equipment

System configuration





NameConfigure parametersquantityExplanation
Intelligent terminal
Built in video telemetry terminal/equipped with switch power supply/circuit breaker and other materials
1Customized with galvanized iron or stainless steel material as needed
divIoT transmission terminal
IoT intelligent terminal
IoT video telemetry terminal

Wireless 4G/5G/Broadband Adaptive Internet Access
1-
Network cameraHikvision/Dahua/Tiandi Weiye
1Support multiple manufacturers and models
Measuring instruments
Water level gauge/meteorological sensor/flow meter/current meter, etc1Support smart meters
Power Distribution
Solar power supply system or mains power
1-
System lightning protection
Network port lightning protection, power supply lightning protection, lightning protection grounding
1-
Vertical pole
Make according to the actual situation1-

Application performance

Channel traffic video monitoring
Channel water level video monitoring
Gate control equipment
Field small meteorological monitoring station

Related products involved in the plan

CX-D10
CX-L200
CX-L102
Irrigation Area Information Monitoring System; Open channelTraffic monitoring; Information construction system for the continuation of supporting and water-saving renovation projects in smart irrigation areas; Smart Irrigation Solution
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Contact: Feng Chao
Phone: 18730593290

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