Shulou(Shulou.com)06/01 Report--

Irrigation area as a semi-artificial ecosystem, to put it bluntly, irrigation area is a complex composed of reservoirs, channels, fields and crops. However, because many irrigation districts in China were built in the last century, at present, the technical defects are serious and the utilization rate of irrigation water is low, which makes the irrigation benefit decline seriously.

Based on this, the construction of irrigation district information system, digital construction is very necessary. By using the information-based irrigation district monitoring system, the functions such as remote control of water supply, gate control, water regime monitoring, automatic water collection and automatic upload of monitoring images can be achieved, so as to realize the effective control in the irrigation area and improve the effective utilization of water resources in the irrigation area. it plays an important role in ensuring the safety and sustainable development of the irrigation area.

System composition

Irrigation district information monitoring system can be divided into three parts, namely, front-end acquisition station, data transmission, remote control center.

Front-end collection station: there are gate control station, water level, flow monitoring station, video collection station and rain monitoring station at the front end, which are responsible for the functions of water control, water monitoring and water regime monitoring in the irrigation area to realize the function of remote management of the irrigation area.

Data transmission: the data transmission part uses the TY511 water conservancy telemetry terminal to wirelessly transmit the data collected by the front-end acquisition station and receive the instruction parameters of the back-end transmission, and timely adjust the corresponding functions of the corresponding irrigation district to improve the utilization rate of water resources.

Remote monitoring center: through the telemetry terminal TY511 of water conservancy, multiple remote monitoring centers can send functions at the same time, and the cloud platform system can be responsible for displaying and analyzing the collected data, making it convenient for the monitoring center department to monitor the irrigation area data in time, to achieve timely adjustment of anomalies, timely repair of faults, timely data processing, and effective management and control of all data in the irrigation area.

System function

1. The information cloud platform system can summarize and analyze real-time data, and can be connected to PC, mobile phone, large screen and other receiving terminals to receive data.

2. Real-time monitoring of irrigation district image can be achieved, the monitoring data can be divided into areas to display, and the data can be viewed through a large screen or computer, which is convenient for data analysis.

3. The backend can store the transmitted data to facilitate subsequent calls.

4. Through the construction of video surveillance, reservoir, field channel and other monitoring systems, we can give an alarm to the abnormal places and solve the abnormal situation of equipment and water resources conveniently and timely.

5. Deploy corresponding monitoring stations in each key supervision area to facilitate relevant departments to have an overall grasp of the use of water resources, and take timely measures to effectively control water consumption and achieve more accurate management.

System characteristics

1. Support the camera to realize the function of recording and shooting, and transmit the video and pictures at high speed through the telemetry terminal of water conservancy.

2. Support the mobile phone to view the front-end data, and adjust the front-end device parameters through SMS to process the data conveniently and quickly.

4. The whole network is compatible and supports 5G/4G/3G, NB-IoT, LoRa, optical fiber and other networks of major operators.

5. In case of abnormal data or equipment failure, alarm should be made in various forms such as monitoring software, mobile phone APP, SMS, etc.

6. Support automatic control of intake pump group operation according to pool water level; automatic opening / closing of electric gates according to channel water level; automatic water distribution according to water source and user payment.

7. High and low temperature, wide voltage, high EMC electromagnetic compatibility, not afraid of harsh environment, continuous and stable operation.

The original text comes from the water conservancy telemetry terminal: www.top-iot.com/index.php?m=content&c=index&a=lists&catid=13

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