Remote monitoring platform for rainwater and flood resource management

1、 Customer Introduction/Industry Background

Shandong Co., Ltd. is an enterprise mainly engaged in wholesale industry. It is crucial to timely obtain the water level rise data of river reservoirs during the flood season for carrying out flood prevention and control work. A large number of river reservoirs are distributed in areas far away from cities and are scattered, especially during emergency flood control stages. If traditional manual inspections are relied on to obtain water level data of rivers, it will consume a lot of manpower and material resources.

The rain and flood remote monitoring and early warning system built through the EMCP IoT cloud platform aims to achieve automatic measurement and reporting of water and rain information in reservoirs (waterways) with "full element, full range, and full coverage" as the goal. It has functions such as hydrological information collection, transmission, processing, and early warning of reservoir water level, rainfall, and on-site images/videos, effectively improving the timeliness and accuracy of rain and flood information. It provides data support for ensuring the safe operation of waterways and assisting in joint flood control decision-making in river basins, so that potential disaster areas can take measures in a timely manner and minimize human and property losses.

2、 Customer pain points

1. Relying solely on traditional manual inspections to obtain river water level data will inevitably consume a lot of manpower and material resources, resulting in low efficiency.

2. Remote monitoring of river level, remote control of the opening and closing of forced drainage stations and steel dam gates, minimizing personnel and property losses.

3. Alarm push, timely and effectively pushing alarm information to management personnel's mobile phones and computers, providing strong support for solving rain and flood problems.

3、 Solution

The construction of a remote monitoring and early warning system for rain and flood, including on-site water level, flow rate, and rainfall information collection equipment, as well as the reception and display of monitoring center information, and the construction of application systems. The on-site measurement point information collection and transmission equipment completes real-time collection, basic analysis and processing (such as alert status) and display of water level and rainfall information, and is responsible for wirelessly transmitting data to the monitoring center, receiving, displaying, storing, analyzing, processing, and warning data through the EMCP IoT cloud platform.

The remote monitoring platform for rain and flood resource management uses Blue Bee EG21 edge computing gateway, on-site PLC control, rainfall sensor and other devices to connect and collect information on the site, including water level, flow and rainfall, and upload it to the monitoring center to form reports, alarms, gate valve opening and closing records and other information. The monitoring center can also observe the water level on the site through video, so as to meet the requirements of inaccurate liquid level collection, leading to accidents.

4、 Implemented functions

1. Data big screen monitoring center

Real time collection and transmission of water level, rainfall, fault alarm and other data are carried out through on-site deployment of collection equipment, and the data is transmitted to the data center for backup through the transmission equipment. In this way, staff can manage and analyze data on an EMCP IoT cloud platform, in order to better understand hydrological conditions and make relevant decisions. Improving the efficiency and accuracy of hydrological monitoring can help prevent floods and improve the efficiency of water resource utilization.

2. Map display

Real time collection of water level, flow rate, rainfall and other data information in the river, and intuitive display of the distribution positions of various water level monitoring stations, rainfall telemetry stations, and automatic flow stations. It can help water conservancy workers better monitor river water levels, grasp flow conditions, and cope with sudden weather conditions. By using device maps for navigation, operators can quickly reach their destination and improve work efficiency.

3. Real time water level data remote monitoring

Real time display of hydrological information such as water level, instantaneous flow rate, flow rate, and warning water level at each water level station, as well as hourly water level variation curve graphs at each water level station. By providing 360 degree on-site monitoring images, dynamic real-time display and retrieval of water level information can be achieved.

4. Alarm management

When the water level is higher than the warning water level, the system will send various prompt methods such as SMS, platform warning, APP warning to the management personnel's mobile phones. The responsible person can take timely response measures and upload warning disposal records according to the situation.

5. Historical report data storage

By connecting the sensors and monitoring equipment of the pump station, real-time data on equipment operation status, liquid level, rainfall, etc. can be obtained, and these data can be stored in the cloud. Users can access cloud data through mobile phones and computers, and visually view the data situation of pump stations through charts and other methods, as well as corresponding daily, monthly, and annual reports. These reports can help users understand the operation of pump stations, identify potential problems, and promptly resolve them.

6. Mobile APP

Using digital, information-based, and intelligent methods to enhance the efficiency of urban rain and flood monitoring and early warning management, with a focus on the management function template of strong discharge stations, supporting functions such as SMS prediction, alarm recording, data statistical analysis, and alarm information; It can regularly push the daily work situation based on permissions, automatically analyze and summarize to generate work reports; And visually display various key indicators in the form of dynamic charts, text, and dashboards, making it convenient for management personnel to view and process them at any time.